201141230 、發明說明： 【發明所屬之技術領域】 本發明係關於監控系統的晝面顯示方法，特別是根據 監控糸_之監控裝置的麵位置㈣應呈朗晝 方法。 —” 【先前技術】 無論是人潮㈣的商場、車水馬龍的車站，或是 住家社區’監控系統的使用已經成為現代人生活不可避免 的-部分。監控线通常哺個攝影機進行景物之連續拍 攝，並透過中控主機接收來自各攝影機所__之影像 後顯示於«上。細者在操作時，倾根據攝影機的裝 设地點與螢幕上所顯不的晝面，針對所欲觀_物件或事 杜决切。 請參見第一圖⑷，其係複數個攝影機所構成之監 統的相對位置之平面示意圖。圖中的攝影機⑴、⑴、^ 117被裝設在公寓的不同祕，藉由公寓平面圖卿可以 看出該些攝影機m、113、115、117用來錄 與各攝職111，、出、in安裝時的相對位置。 請參見第-圖⑼，其係中控主機接收各攝影機之監^ 晝面並顯砂螢幕上之呈餘置之㈣圖。魏於一㈣ 幕的顯示方式，當制者透财社和較監控晝面的又時 候’監控晝面ma、113a、115a、117a的陳列方式必須受 201141230 f於營幕的方正外觀而以固定的排列方式來呈現。 .傳統m騎導致顯示裝置在顯示畫面時的幾項缺 ^ =先，在使用單―顯示裝置的情形下，若要切換到另 個皿時’則需要對純巾各攝影機所對應的監控 ^進行切換’先由正在顯示的單—監控晝面切換至全部 欲Γ控旦面集合’再由監控晝面集合中找出受監控對象所 到的位置’並對應切換顯示晝面，根據這種模式而切 i 貝不晝面的作法可能造成漏看某些時段的監控畫面以及 f作無法即__，對於保全人員需要㈣追蹤受監控 十象2縱時，這樣的作法顯得相當沒有效率。 M 來自用m統的畫面顯*作法導致使用者 物日寸必須透過晝面切換的方式才能取得移動 人韻，而這樣的作法則隱含了觀看晝面的 貝二，機晝面的相對位置相當熟悉的假設。此外， 關^^之【控畫面切換時，也可能因為有時間差的 晝科續㈣制者ml時造成困擾。 用，二L:接::的監控系統雖然都搭配多台攝影機使 :係=透過人為的判斷與操作才能進行^ 之監控畫面預覽的自動化出—個運用於監控系統 【發明内容】 應用於複數 本發明之-方面係為—種晝面顯示方法， 201141230 ^監控打，财法包含町步驟：提供根據該等監控裝 之相對位置而建立之一對應闕係；提供一第一顯示晝 面，感測-使用者根據該第一顯示晝面所進行之一指示^ 作而產生一控制指令；以及根據該對應關係 二對應出至少—監控裝置，並顯示出該監控裝置所 第一顯不晝面。 根據上述構想’本發明所述之晝面顯示方法，其中提 =根據該等監控裳置之相對位置而建立之—對應關係之步 ’係根據i控平面圖*建立，或透過該複數個監控裝置 間之信號連結而進行感測並建立。 b根據上述構想，本發明所述之畫面顯示方法，其中該 =示操作係可由該使用者以一手動方式進行或根據該使用 者所設定之一預設條件而進行。 >根據上述構想，本發明所述之畫面顯示方法，其中該 預设條件係根據對該第一顯示晝面所選取之一晝面區塊而 設定’或透過與該複數個監控裝置所搭配使用之複數個感 測器而設定。 根據上述構想，本發明所述之畫面顯示方法，其中各 該顯示晝面係可為單-監控裝置所對應之監控晝面，或複 數個監控裝置所對應之監控晝面。 根據上述構想’本發明所述之畫面顯示方法，其中該 控制指令係代表該使用者進行該指示操作之方向、位置、 速度或切換模式等特性。 根據上述構想’本發明所述之晝面顯示方法，其中根 據該對應關係與該控制指令而對應出至少一監控裝置，並 201141230 置所產生之該第二顯示晝面之步驟係包 二第:装置所產生之一第-監控畫面;取得 第-i控裝置所產生之-第二監控畫面；以 監控晝面與該第二監控晝面組合㈣該第二顯示晝面^ 根據上述構想，本發明所述之晝面顯示方旦 :顯=面係透過至少-顯示裝置以單:書面:子母書 面、分割晝面等方式呈現。 一十甘- ㈣ί發明之另一方面係為一種監控系統，其包含·複數 ㈣裝置’錢連結_魏個監控裝置， 係===:，之-對應關 根齡第ί顯：旦面，其中該控制裳置在感測一使用者 令後，根據該之—指示操作而產生一控制指 裝置，：ί:=與該控制指令而對應出至少-監控 顯示晝面嫩㈣該_編生之一第二 關係本發明所述之監控系統，其中該對應 置間之信號連結^進行感測並建立 。、:.~ 操作統，其_示 裝置來進行。鍵盤、一搖桿、-觸控螢幕等輪入 择作構想’本發明所述之監控系統’其中該指示 設定二預钱方式進行或根據該使用者所 201141230 根據上述構想，本發明所述之監控系統，其中該預設 條件係根據對該第一顯示晝面所選取之一畫面區塊而設 定，或透過與該複數個監控裝置所搭配使用之複數個感測 器而設定。 根據上述構想，本發明所述之監控系統，其中各該顯 不晝面係可為單一監控裝置所對應之監控晝面，或複數個 監控裝置所對應之監控晝面。 根據上述構想’本發明所述之監控系統，其中該控制 指令係代表該使用者進行該指示操作之方向、位置、速度 或切換模式等特性。 根據上述構想，本發明所述之監控系統’其中該第二 顯不晝面係由一第一監控裝置所產生之一第一監控晝面， 以及一第二監控裝置所產生之一第二監控晝面組合而成。 根據上述構想，本發明所述之晝面顯示方法，其中該 顯不裝置係以單一晝面、子母畫面、分割畫面等方式呈現 各該顯不晝面。 【實施方式】 請參見第二圖(a)，其係本發明所提出之監控系統的功 能方塊示意圖。就裝置的外觀而言，此監控系統2〇的主要 構成與一般的監控系統大致相同，即，監控系統2〇中包含 了由複數個監控裝置211、212〜21η所構成的監控裝置組合 21、 與該些監控裝置211、212〜21η信號連結的控制裝置 22, 以及信號連結於控制裝置22的至少一個顯示裝置幻。 201141230 本發明所提出的監控系統20具有以下特色，農一 控制裝置22提供根據各監控裝置犯、212〜2in之相對 置而建立之對朗係作為後續顯示裝置在呈現顯示晝面時 的參考，其―為’監控系統W可以依據使用者對第一示 晝面所作出的指示操作與各監控裝£211、212〜21相= 示裝置23在顯示第二齡晝面時W依據各監 控裝置2Π、212〜21η的相對位置，並搭配控制裝置201141230, invention description: [Technical field to which the invention pertains] The present invention relates to a method for displaying a facet of a monitoring system, and in particular, according to the face position of the monitoring device (4), which should be a recitation method. —” [Prior Art] Whether it is the shopping malls of crowds (4), the busy stations, or the use of the monitoring system in the home community has become an inevitable part of modern life. The surveillance line usually feeds a camera to take continuous shooting of the scene, and After receiving the image from each camera through the central control host, it is displayed on «. When the user is in operation, the camera is installed according to the location of the camera and the screen displayed on the screen. Please refer to the first picture (4), which is a schematic plan view of the relative positions of the cameras formed by a plurality of cameras. The cameras (1), (1), and ^ 117 in the picture are installed in different secrets of the apartment, by the apartment. The planner can see that the cameras m, 113, 115, 117 are used to record the relative position of each camera 111, out, and in. See Figure- (9), which is the central control host to receive each camera.监 昼 并 并 并 并 并 并 并 并 并 并 并 并 并 并 并 并 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏Exhibition of 117a The method must be presented in a fixed arrangement according to the appearance of the 201141230 f. The traditional m riding causes several defects of the display device when displaying the screen. First, in the case of using a single-display device, To switch to another dish, you need to switch the monitoring corresponding to each camera of the pure towel. First, switch from the displayed one-monitoring face to all the desired control sets. Find out the location of the monitored object' and switch it to display the surface. According to this mode, the method of cutting out the surface may cause the monitoring picture of some time periods to be missed and f can not be __, for security Personnel needs (4) Tracking the monitored ten elephants 2, this method is quite inefficient. M From the screen display method of the m system, the user must change the way through the face to obtain the mobile rhyme. Such a method implies the assumption that the relative position of the plane is quite familiar. In addition, when the screen is switched, it may also be due to the time difference. The system is troubled by the ml. The monitoring system of the two L::: is equipped with multiple cameras: the system can be automated through the judgment and operation of the human control system. SUMMARY OF THE INVENTION The invention is applied to a plurality of aspects of the present invention, which is a method for displaying a facet, 201141230^Monitoring, and the method of financing includes the steps of providing a corresponding system according to the relative positions of the monitoring devices; a first display surface, the sensing-user generates a control command according to one of the instructions of the first display surface; and corresponding to at least the monitoring device according to the corresponding relationship 2, and displays the monitoring According to the above concept, the method for displaying the facet according to the present invention, wherein the step of establishing the corresponding relationship according to the relative positions of the monitors is based on the i-control plan* Build or establish and sense through a signal connection between the plurality of monitoring devices. According to the above concept, the screen display method of the present invention, wherein the operation is performed by the user in a manual manner or according to a preset condition set by the user. According to the above concept, the screen display method of the present invention, wherein the preset condition is set according to one of the selected facets of the first display face or is matched with the plurality of monitoring devices. Set using a plurality of sensors. According to the above concept, the screen display method of the present invention, wherein each of the display screens may be a monitoring surface corresponding to the single-monitoring device or a monitoring surface corresponding to the plurality of monitoring devices. According to the above concept, the screen display method of the present invention, wherein the control command represents a characteristic of the direction, position, speed or switching mode of the pointing operation by the user. According to the above concept, the method for displaying a facet according to the present invention, wherein at least one monitoring device is corresponding to the control command according to the correspondence relationship, and the step of the second display face generated by the 201141230 is packaged by: a first-monitoring screen generated by the device; obtaining a second monitoring screen generated by the first-i controller; combining the monitoring surface with the second monitoring surface (4) the second display surface ^ according to the above concept, The facet display of the invention is as follows: the display of the face is transmitted through at least the display device in a single: written: mother-in-law written, divided face, and the like.一十甘- (4) The other aspect of the invention is a monitoring system, which includes · complex (four) device 'money link _ Wei monitor device, system ===:, - corresponding to the root age of the first: The control skirt generates a control finger device according to the instruction operation after sensing a user command, : ί:= corresponding to the control command, at least - monitoring display, face, tenderness (4) The second relationship is the monitoring system of the present invention, wherein the signal connection of the corresponding place is sensed and established. , :.~ Operating system, its _ display device to carry out. Key words, such as a keyboard, a joystick, a touch screen, etc., a monitoring system according to the present invention, wherein the indication is set by the second pre-money mode or according to the user's office 201141230 according to the above concept, The monitoring system, wherein the preset condition is set according to one of the screen blocks selected for the first display surface or by a plurality of sensors used in combination with the plurality of monitoring devices. According to the above concept, the monitoring system of the present invention, wherein each of the display interfaces can be a monitoring surface corresponding to a single monitoring device or a monitoring surface corresponding to a plurality of monitoring devices. According to the above concept, the monitoring system of the present invention, wherein the control command represents characteristics such as direction, position, speed or switching mode of the pointing operation by the user. According to the above concept, the monitoring system of the present invention, wherein the second display surface is generated by a first monitoring device, and the second monitoring device generates a second monitoring device. The dough is combined. According to the above concept, the method for displaying a facet according to the present invention, wherein the display device presents each of the display faces in a single face, a picture of a child, a divided picture, and the like. [Embodiment] Please refer to the second figure (a), which is a functional block diagram of the monitoring system proposed by the present invention. In terms of the appearance of the device, the main structure of the monitoring system is substantially the same as that of the general monitoring system, that is, the monitoring system 2 includes a monitoring device combination 21 composed of a plurality of monitoring devices 211, 212 to 21n, The control device 22 that is connected to the monitoring devices 211, 212 to 21n, and the at least one display device that is connected to the control device 22 are audible. 201141230 The monitoring system 20 proposed by the present invention has the following features. The agricultural control device 22 provides a reference for the display of the display device after the display device is displayed according to the relative position of each monitoring device and 212~2in. The monitoring system can operate according to the instructions of the user on the first display surface and the monitoring devices 211, 212~21. The display device 23 displays the second age W surface according to each monitoring device. 2Π, 212~21η relative position, and with control device
^制來提供較為符合使用者直觀對應的顯示晝面切換流 透過控制裝置22所取得之各監控裝置211、2ΐ2〜2ΐη 的相對位置並建立起對應_後，控繼置Μ可以感測使 用者根據最初顯示的第一顯示晝面所進行之指示操作，依 據使用者所進行的料操作㈣應產生錢轉面内容切 換相關的控制指令’接著，根據各監控裝置211、212〜21η 之相對位置所建立_應_與控翻令，由監控系统2〇 自所有的監控|置21卜212〜21η中，選擇出至少一個監控 ΐΐΓ卜212〜2111，並由顯示裝置23顯示所對應選出之 、’=控褒置21卜212〜21η所產生的第二顯示晝面。 凊參見第二_)，其係本發⑽提出應用於複數個龄 控襄置與控做置所構叙監衫_晝_示流程示ί 圖。本發明所提出應用於監控系統的晝面顯示方法主要包 含以下步驟： 首先提供根據監控系統中的該等監控裝置之相對位置 ^建立的對應關係(步驟S2G1);接著透過顯示裝置提供第 ^示旦面(步驟S2〇2) ’H驗用者根據第—顯示 201141230 所進行之指示操作而產生控制指令(步驟S203)後；控制裝 置再根據各監控裝置的相對位置所建立之位置對應關係與 轉換指示操作而得的控制指令，對應出至少一監控裝置， 並在顯示裝置上顯示出由對應出來的該些監控装置所產生 之第一顯不晝面(步驟S204)。 為了更進一步說明流程圖中的細節，以下將以實例搭 配本流程示意圖中的各步驟，藉以闡述本發明所提出應用 於監控系統的晝面顯示方法在實際應用時的各種變化。 請參見第三圖(a)，其係在監控環境中各監控裴置相對 位置之示意圖。根據步驟S2〇1所述，第三圖(a)中代表各 3U、313、315、317實際安裝時的相對位置而建立，關於 監控裝置3H、313、315、317的相對位置與其對應關係固 然可以透過如第-圖(a)所示的作法，根據預先提供的監控 平面圖而建立；亦可以藉由在複數個監控裝置31卜313、 阳、3〗7間建立起的信號連結關係，搭配對位置與角度等 相對位置的摘測功能後，透過藍牙或無線網路等信號溝通 方式而進行監控裝置311、313、315、317彼此間的相對位 ^測’進而以耗方式建立並完成如第三_所示的各 皿控裝置31卜313、315、317相對位置之示意圖。 ，參見第三圖(b)，其係將各監控裝置之相對位置與對 晉々 存意圖。監控系統中的控制裝 :在:存，裝置311、313,5、317之位置卿 可以透過不同的資料儲存格式來儲存，舉例來說 疋將用來識別各監控裝置311、3 °右 313 315、317的代碼作為 201141230 索引的標的而在第三圖(b)之表格中的第一行，搭配表格中 的監控裝置3Π、313、315、317的相對位置欄位來標示， 將各監控位置311、313、315、317的各個相對位置中所安 • 裝的其他監控裝置31卜313、315、317以代碼方式標出。 ' 如此一來’在監控系統提供第一顯示晝面後，根據步 驟S203，一旦控制裝置感測到使用者透過滑鼠、鍵盤、 杯、觸控螢幕等輸入裝置進行指示操作時，例如滑鼠 觸㈣游標鶴示晝面的上方移動或由顯示畫面的中間 移動到顯示晝面的右側等指示操作時，便可以進一步將 二樹:所對應產生的控制指令搭配相對位置的攔位紀錄而曰 取仔應該對應到的監控裝置代碼，再將顯示畫面的内容加 以切換’將原本的第一顯書 置提供的_面 更新為所對應到的監控裝 以監控裝置3Π為例，根據第三圖⑷所顯示的監 置對應闕係而建立出篦-阁μ # 控裝 货 m 右方分別設有監控裝置 如此―來，假賊衫統切第 _ =監；裝置317所取得並產生的監_若= ί作輸入裝置而對第-顯示畫面上的畫面進行操作= <上方移動的指示操作時， ,、 置中的對應表，控制装置可以得知;圖=^^控制裝 置在監控裝置3Π前方（顯示 者希望看到相對位 的監控書面，因此在牛驟方）的監控裝置313 _ w u此在步驟S2〇3中， 示操作之方向、位置、# 、、使用者進行指 置速度或切換模式等特性而產生控制 11 201141230 烟204中，將原本第-顯示晝面所顯示由 应控裝，317產生的監控畫面，改為切換至第二顯示畫 面，在第二顯不晝面中提供監控裝置.313產生的監控畫 同樣的方式亦可被套用至切換監控畫面至監控農置 3Π左方控裝置311所產生的監控晝面)以及切換 二控旦面至監控裳置317右方(切換到監控裝置315所產生 ^控晝面)的情形，當然，其他的監控裝置3ιι、3i3、3i5 在進订顯不畫面切換時的作法亦可以類推而得出。 ^㈣是，_第三_是以對照表的方式紀錄各 二1 1的㈣位置，但是在應用程式的實現過程 錄，’ 據系統效能等考量而採用他種資料結構來紀 方式^二P不影響後續顯示裝置在提供顯示畫面時的操作 2者所進行的指示操作除了可以由使用者以手動方 =對广、鍵盤、搖桿、觸控螢幕等輸入 == 姉—條件而進行，之後再由控.I 指型者進行該 制指令。 錢或域料等不_性的控 下關^===^㈣順請參見以 ^_的_進行;：)：：= 二各=動方式及預設條件的作法可以視使用者的= 或疋魏應料變化而應用在監控系統中。 明參見第四圖⑷’其係利用滑鼠於第一顯示晝面進行 201141230The system provides a relative position of each of the monitoring devices 211, 2ΐ2~2ΐη obtained by the display switching device that is more in line with the user's visual correspondence and establishes a corresponding _, and then controls the user to sense the user. According to the instruction operation performed by the first display face displayed first, according to the material operation performed by the user (4), a control instruction related to the switching of the money transfer content should be generated. Then, according to the relative positions of the respective monitoring devices 211, 212 to 21n The established _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ '= Control device 21 212~21η generated by the second display face.凊 See the second _), which is proposed in this issue (10), which is applied to a plurality of age-old control devices and control devices. The method for displaying the facet display applied to the monitoring system of the present invention mainly comprises the following steps: firstly providing a correspondence relationship established according to the relative position of the monitoring devices in the monitoring system (step S2G1); and then providing the first display through the display device After the surface is generated (step S2〇2), the control device generates a control command according to the instruction operation performed by the first display 201141230 (step S203); and the control device establishes the position correspondence relationship according to the relative position of each monitoring device. The control command outputting the operation instruction corresponds to at least one monitoring device, and the first display surface generated by the corresponding monitoring devices is displayed on the display device (step S204). In order to further explain the details in the flow chart, the following steps will be used to align the steps in the schematic diagram of the flow chart to illustrate various changes in the practical application of the face display method applied to the monitoring system. Please refer to the third figure (a), which is a schematic diagram of the relative positions of the monitoring devices in the monitoring environment. According to step S2〇1, the relative position of each 3U, 313, 315, and 317 in the actual installation of the third figure (a) is established, and the relative positions of the monitoring devices 3H, 313, 315, and 317 are correspondingly related thereto. It can be established according to the method shown in the figure (a), according to the pre-provided monitoring plan; or by the signal connection relationship established between the plurality of monitoring devices 31, 313, yang, 3, 7 After the function of extracting the relative positions of the position and the angle, the relative position of the monitoring devices 311, 313, 315, and 317 is performed through a signal communication manner such as Bluetooth or a wireless network, thereby establishing and completing in a consumption manner. A schematic diagram of the relative positions of the respective dish control devices 31, 313, 315, and 317 shown in the third table. See Fig. 3(b), which is the relative position of each monitoring device and the intention to save. The control device in the monitoring system: in the storage, the location of the devices 311, 313, 5, 317 can be stored through different data storage formats, for example, will be used to identify each monitoring device 311, 3 ° right 313 315 The code of 317 is used as the index of the 201141230 index and the first line in the table of the third figure (b) is marked with the relative position field of the monitoring devices 3Π, 313, 315, 317 in the table, and the monitoring positions are Other monitoring devices 31, 313, 315, and 317 mounted in respective relative positions of 311, 313, 315, and 317 are coded. After the monitoring system provides the first display surface, according to step S203, once the control device senses that the user performs an instruction operation through an input device such as a mouse, a keyboard, a cup, or a touch screen, such as a mouse When the touch (4) cursor moves above the display surface or moves from the middle of the display screen to the right side of the display screen, the second tree: the corresponding control command is matched with the position record of the relative position. Take the monitoring device code corresponding to the child, and then switch the content of the display screen. 'Update the _ surface provided by the original first book to the corresponding monitoring device with the monitoring device 3Π as an example, according to the third figure. (4) The display of the corresponding monitoring system is established. 篦-阁μ# Control loading goods m are provided with monitoring devices on the right side, so that the fake thief shirts cut the _ = supervisor; the equipment 317 obtained and produced _ If = ί is used as the input device and the screen on the first display screen is operated = < the upward movement instruction operation, the corresponding table can be known by the control device; Fig. = ^^ control device is supervised In the front of the device 3 (the display person wants to see the relative position of the monitoring written, so in the case of the cow), the monitoring device 313 _ wu in step S2 〇 3, shows the direction, position, #, user, pointing Controls such as speed or switching mode 11 201141230 In the smoke 204, the monitoring screen generated by the original control panel, 317, is switched to the second display screen, and the second display screen is displayed. In the same way, the monitoring device generated by the monitoring device .313 can be applied to the monitoring monitoring screen to monitor the monitoring surface generated by the agricultural device 3 Π left control device 311) and switch the second control surface to the monitoring skirt 317 In the case of the right side (switching to the control surface generated by the monitoring device 315), of course, other monitoring devices 3, 3, 3, and 3i5 can also be derived by analogming the display of the screen change. ^(4) Yes, _Third_ is to record the position of each of the two (1) positions in the form of a comparison table, but in the implementation process of the application, according to the system performance and other considerations, the data structure is adopted by the other way. The instruction operation performed by the user who does not affect the operation of the subsequent display device when providing the display screen may be performed by the user by manually inputting == 姊-conditions for the keyboard, the joystick, the touch screen, etc., and then The control is also carried out by the control. Money or domain materials, etc., not controlled by _ sex ^^==^(4) Please refer to _ with _;;)::= 2 = mode of action and preset conditions can be regarded as user = Or Wei Wei should be applied to the monitoring system in response to changes. See Fig. 4 (4)' for the first display using the mouse. 201141230
指示操作之示意圖。在第四圖(a)中，顯示裝置41所顯示 的第一顯示晝面被規劃了四個偵測區域，這四個彳貞測區域 的配置分別是：對應於第一顯示晝面上方的第一伯測區域 421、對應於第一顯示晝面右側的第二偵侧區域422、對應 於第一顯示晝面下方的第三偵測區域423、對應於第一顯 示畫面左側的第四偵測區域424。因此當使用者操作滑鼠 而將第顯示晝面中的游標移動到第一顯示晝面中的各個 偵測區域時’顯示裝置41所顯示的晝面便會從第一顯示晝 面便會切換至對應於各偵測區域的監控裝置所產生的監^ 晝面’將其作為更新後的第二顯示晝面。 若使用者選用的是觀看由監控晝面組合而成的顯示晝 面時’則步驟S204所述根據對應關係與控制指令而對應= 至少-監控裝置，並齡出監控裝置所產生之該第二顯示 晝面之步驟可再被細分為以下幾個步驟： 首先取得第-監控裝置所產生之第一監控晝面；接 取得第二監控裝置所產生之第二監控晝面；以及將第一監 控晝面與第二監控晝面透過影像處理流程加讀合而構= 的第 --顯不晝面。 為了更進-步說明第二顯示晝面可能產生的方式，在 此假設原本的第-顯示晝面顯示的是在第三圖⑻中 位置位於下方的監控裝置317產生的監控畫面，倘 者將滑鼠所對應顯示的_移動到顯示晝面中的第—偵則 方Γ示震置所呈現的顯示晝面變會對應切換 至晝面中上方㈣控裝置313所產生的監控書面，同理可 知’ -旦滑鼠所對應的游標被移動至第四偵測區離第二 13 201141230 债側區域時’顯示裴置所顯示的晝面將被對應切換成為由 晝面中右側的監控裝置315與畫面中左側的監控裝置311 所產生的監控晝面—併組合而成的第二顯示畫面。 當然’此處關於滑鼠移動而對應偵測區域與顯示晝面 的切換僅是一種舉例，實際上，各個感測區域的規劃並不 疋要採用如第四圖（a)的規劃，亦不一定需要使用上下左 右四個方向來規劃’而可以透過操作介面而改變，進而提 供右上、右下、左上、左下，甚至不規則形狀的感測區域 (例如·依照監控環境中各個房間的規劃，或是根據不同 工裝置所產生的監控晝面使用不同的感測區域規劃）等 方式。此外，還可以另外配置特殊按鍵的操作，例如在使 ，者按下滑鼠右鍵時，顯示晝面就可以切換_似位置但 是裳設在不同樓層的監控裝置的監控畫面（例如：由裝設 f -樓樓制的監控裝置切換至二樓樓制的監控裝置來 提供皿控晝面）等作法’都可以根據整套監n统的操作 模式與應用進行不同的變化。 _清參見第四II(b)，其係利用鍵盤在第―顯示晝面進行 指示操作之示意圖。透過在騎打41 _示晝面提供對 應感測指示43，例如以貼圖（〇n s_ Display，簡稱為 〇SD)的方式在顯示晝財如第四圖_顯*，根據不同 2方位而提供標示方向性的小_，讓㈣者可以透過鍵 =上的按鍵姆位置而碰顯示晝面賴示的監控書面切 ，。當H貞㈣概念亦可透過搖捍或是觸控螢幕等不同 類型的輸人裝置來搭配並實現於監控系統中。 在使用者觀看顯示裝置所呈現的第一顯示晝面，並透 201141230 上鼠操作’鍵盤操作或是其他使 外定差卞）除了基本的方向對應操作外，還可以另 控制金乂進階的操作方式，例如根據不同的指示操作而 Φ ‘換Γ7換的速度。舉例來說，提供滑鼠單點擊是緩慢 、’而滑鼠雙點擊則代表快速切換的功能。又例如搖^ 可依據操作搖桿時的力量大小或搖桿的擺神 =广轉換速度的快慢，鍵盤操作則可以按鍵時二;續 置=紐來對應晝面轉換的速度，對於其他種類的輪入裝 請參見第四圖(C) ’其係利用預設的晝面區塊對顯干者 =丁指示操作之示意圖。除了利用輸入農置作為顯示ί =在，發關聯性資料的原因外，使用者在觀看顯示書面 ^亦可祕喊崎體提_助_舰料Μ壯在 第一顯不晝©巾’讓㈣麵應騎監麵㈣所在 :選取出-個晝面區塊44,搭配信號處理演算法的使用自 1區塊44取出對應的晝面特性，監控系統可以設定追縱 此晝面區塊44的義舰，錄據晝面輯44的移動而 對應切換顯示裝置所顯示的晝面内容。 、需注意的是’預設條件的提供方式係可根據系統特性 或使用者需求的不同而同實現方式來完成，因此， 無論是根據第四圖(c)的例子，根據對第一顯示晝面所選取 之畫面區塊而設定；或是透過在複數個監控裳置週邊裝嗖 搭配使用之複數個感測器而設定’讓受監測對象在行經感 測器時’由感測器發出代表觸發的感測信號至對應的監控 裝置’使得顯示裝置對應在複數個監控裝置所產生的監= 15 201141230 晝面之間切換顯示晝面等作法，都不脫本發明中的預設條 件之範疇。 為了簡化說明，在第五圖的各圖示中，數字的使用代 表對應的監控裝置職所產生之監控晝面，由於顯示裝置 所顯不的顯示晝面會因為過與監控裝置之間的對應關係而 隻化，因此以數字代表在顯示晝面切換過程中，透過各個 監控裝置所取得的監控畫面。 6月參見第五圖(a)，其係本發明第一較佳實施例之監控 裝置相對位置之示意圖。第五圖⑷代表在監控系統中，一 共使用了第-監控裝置5U、第二監控裳置513、第三監控 展置515 ^ 乐四—控裝置5Π、第五監控裝置519，其中第 -監控裝置511被安設在相對於其他監控裝置的中心位 置而第—監控裝置513在第一監控裝置5ιι的前方⑼應 於圖不為上方第四監控裝置517在第—監控裝置犯的 ^(對應於圖示為下方），第五監控裝置519與第三監控 裝則分別在第四監控裝的左側及右側。 〃明參見第it®(b)，其係本發明第—較佳實施例以第一 ^裝f 511所產生的監控晝面為第—顯示晝面時之晝面 圖。藉由本圖示可以得知以第一監控裝置川所 控裝置2晝面作為最初的第—顯示晝面時，相對應於監 目對位置與晝面上的移動相對位置的顯示方式， ^面所顯示的是其他的監控裝置所產生的監控晝面 …固_應使用者的指示操作而會有不_顯示畫面 生，但是類似的構想仍可被套用。 *·、、旦 根據第五圖(b)的内容，首先假設顯示裝置呈現的是由 201141230 511所產生的監控畫面，接著，根據使用者 #作，如前述《鍵盤的方向鍵來移動時，若使用 呈現由第一監移動’則顯示晝面便 装置511與第二監控裝置513所 的結合;若使用者的指示操作代表往 ； 方移動，則顯示畫面便呈現由第一監盘3 控裝置517所產生之龄批蚩品从仏人 一第四瓜 辦⑽-查 結合；若使用者的指示操A schematic diagram indicating the operation. In the fourth figure (a), the first display surface displayed by the display device 41 is planned with four detection areas, and the four detection areas are respectively configured to correspond to the upper side of the first display surface. a first detection area 421, a second detection area 422 corresponding to the right side of the first display surface, a third detection area 423 corresponding to the lower side of the first display surface, and a fourth detection corresponding to the left side of the first display screen Area 424 is measured. Therefore, when the user operates the mouse to move the cursor in the first display face to each detection area in the first display face, the face displayed by the display device 41 will switch from the first display face. The monitoring surface generated by the monitoring device corresponding to each detection area is used as the updated second display surface. If the user selects to view the display face that is composed of the monitoring facets, then the step S204 corresponds to the control command according to the correspondence relationship = at least the monitoring device, and the second generated by the monitoring device The step of displaying the kneading surface can be further subdivided into the following steps: firstly obtaining the first monitoring surface generated by the first monitoring device; obtaining the second monitoring surface generated by the second monitoring device; and receiving the first monitoring The first surface and the second monitoring surface are read and combined by the image processing flow. In order to further explain the manner in which the second display surface may be generated, it is assumed here that the original first display surface displays the monitoring screen generated by the monitoring device 317 located below in the third figure (8), if The corresponding display of the _ moved to the display surface of the mouse shows that the display surface of the display is changed correspondingly to the monitoring generated by the upper (four) control device 313 in the middle of the face, similarly It can be seen that when the cursor corresponding to the mouse is moved to the fourth detection zone from the second 13 201141230 debt side area, the face displayed by the display device will be correspondingly switched to be the monitoring device 315 on the right side of the face. A second display screen combined with the monitoring surface generated by the monitoring device 311 on the left side of the screen. Of course, the switch between the corresponding detection area and the display surface is only an example. In fact, the planning of each sensing area does not require the planning as in the fourth figure (a), nor It is necessary to use the four directions of up, down, left and right to plan 'and can be changed through the operation interface, and then provide the upper right, lower right, upper left, lower left, and even irregularly shaped sensing areas (for example, according to the planning of each room in the monitoring environment, Or use different sensing area planning according to the monitoring surface generated by different working devices. In addition, it is also possible to additionally configure the operation of the special button, for example, when the user presses the right mouse button, the display screen can switch the monitoring screen of the monitoring device which is located at different positions but is located on different floors (for example: by installing f - The monitoring system of the building system is switched to the monitoring device on the second floor to provide the control panel.) The operation mode and application of the whole system can be changed differently. See Chapter 4(b) for a clear indication of the operation of the display on the first display. By providing a corresponding sensing indication 43 on the riding surface, for example, in the form of a map (〇n s_ Display, abbreviated as 〇SD), the display is as shown in the fourth figure _ display*, according to different 2 directions. The small _ indicating the directivity, so that (four) can be touched by the button = the position of the button on the button to display the monitoring of the scanning. The H贞(4) concept can also be matched and implemented in the monitoring system through different types of input devices such as rocking or touch screens. After the user views the first display surface displayed by the display device, and through the 201141230 mouse operation 'keyboard operation or other external adjustments 卞 除了) in addition to the basic direction corresponding operation, you can also control the advanced 乂The mode of operation, for example, according to different indication operations, Φ 'changes the speed of the 7-change. For example, providing a single click for a mouse is slow, while a double click for a mouse represents a quick switch. For example, shaking ^ can be based on the strength of the rocker when operating the joystick or the swinging speed of the rocker = the speed of the wide conversion speed, the keyboard operation can be pressed when the button is pressed; the continuation = New Zealand corresponds to the speed of the kneading conversion, for other kinds of For the wheel loading, please refer to the fourth figure (C) 'The schematic diagram of the operation of the display by the preset face block. In addition to using the input farm as the display ί = in, the reason for sending the associated data, the user is watching the display in the written ^ can also secretly shouted the body to help _ help _ ship materials in the first showless (4) The surface should be riding the surface (4): Select a face-to-face block 44, and use the signal processing algorithm to retrieve the corresponding surface features from block 1 44. The monitoring system can set the tracking block 44. The righteous ship, corresponding to the movement of the recording face 44, corresponds to the content of the face displayed by the switching display device. It should be noted that the 'pre-conditions can be provided in the same way according to the system characteristics or user requirements. Therefore, according to the example of the fourth figure (c), according to the first display 昼Set by the screen block selected by the face; or set by the sensor by setting a plurality of sensors in combination with the surrounding monitors and setting the 'monitoring object while passing the sensor' The triggered sensing signal is sent to the corresponding monitoring device to make the display device switch to display the display surface between the monitoring devices generated by the plurality of monitoring devices, without departing from the scope of the preset conditions in the present invention. . In order to simplify the description, in the respective diagrams of the fifth figure, the use of the numbers represents the monitoring surface generated by the corresponding monitoring device, and the display surface displayed by the display device may be due to the correspondence between the monitoring device and the monitoring device. The relationship is only changed, so the number is used to represent the monitoring screen obtained by each monitoring device during the display switching process. Referring to Figure 5 (a), a schematic view of the relative position of the monitoring device of the first preferred embodiment of the present invention is shown. The fifth figure (4) represents that in the monitoring system, a total of the first monitoring device 5U, the second monitoring skirt 513, the third monitoring exhibition 515 ^ Le four - control device 5, the fifth monitoring device 519, wherein the first monitoring The device 511 is installed at a central position relative to the other monitoring device, and the first monitoring device 513 is in front of the first monitoring device 5 (9), and the fourth monitoring device 517 is in the first monitoring device 517. In the lower part of the figure, the fifth monitoring device 519 and the third monitoring device are respectively located on the left side and the right side of the fourth monitoring device. For details, refer to the item "it" (b), which is a top view of the first embodiment of the present invention in which the monitoring surface produced by the first mounting f 511 is the first-displayed surface. According to the illustration, when the first monitoring device 2 is used as the first first display surface, the display position corresponding to the movement relative position of the position and the surface of the surface is known. What is displayed is the monitoring surface generated by other monitoring devices. _The user should follow the instructions of the user and there will be no display screen, but similar ideas can still be applied. *·,,, according to the content of the fifth figure (b), first assume that the display device presents the monitoring screen generated by 201141230 511, and then, according to the user #, as described above, the arrow keys of the keyboard are moved. If the display is moved by the first monitor, the combination of the face device 511 and the second monitor device 513 is displayed; if the user's instruction operation represents the move to the side, the display screen is displayed by the first monitor 3 The age batch produced by the device 517 is combined with the fourth person (10)-check; if the user instructs the operation
作代表在,，、、頁不晝面的左側移動，則顯示晝面便 監控裝置511與第五龄抻驻w 士 兄田弟 入…9所產生之監控晝面的結 & 1使用者的指示操作代表往顯示晝面的右側移動 顯示晝面便呈現由第-監控裝置511與第 、 所產生之監控畫面的結合。 戒罝 >見第五圖⑹’其係本發明第—較佳實施例由第一 皿工、置511產生之監控畫面以直接切換方式轉換至第二 皿控513裝置產生之監控晝面之示意圖。這個作法對於系 統的運算與條件判斷較為簡易，只要控制裝置侧到使用 者的指示操作由第-監控裝置511的監控畫面往上移動， 則將顯不裝置顯示的晝面改為第二監控裝置513所產生的 ^控晝面。 請參見第五_)，其係本發明第—較佳實施例由第— 監控裝置產生之監控畫面崎進切換方式轉換至第二監控 裝置產生之監控晝面之示賴。這樣的作法對於使用者的 使用感覺會較為祕’齡裝置在根據受監控對象的移 而由第-監控裝置511所對應的監控晝面切換顯示為第二 監控裝置犯所對應產生的監控晝面時，並不採用直接晝 17 201141230 面切換的作法，而是先在以第一監控裝置511所產生的監 控晝面中加入部分由第二監控裝置513所產生的監控畫 面’並隨著受監控對象越來越接近第二監控裝置513的監 控區域的變化’增加第二監控裝置513所產生的監控晝面 的比例’最後再將顯示裝置所顯示的畫面切換為第二監控 裝置513所對應的監控晝面。 亦即，在監控畫面的切換過程中，第二顯示晝面的產 生係由第一監控裝置511所產生之第一監控晝面，以及第 二監控裝置513所產生之第二監控畫面組合而成，透過將 第一監控畫面與第二監控晝面之呈現比例不同的調整，讓 使用者觀看監控4面時，顯示裝置㈣以相當流暢且便利 的方式來呈現。 除了考1系統的負擔與使用者操作時的流暢度而提供 如第五圖(e)(d)兩種不同模式的畫面切換方式外，兩種不同 ，式的娜亦可以根據使用者在操作輸人裝置時的模式而 提以滑鼠的操作為例，定義滑鼠單點擊是緩慢轉換， 疋義又點>是快速進行顯示晝面的切換，則當使用者透 =滑鼠轉_麻域，若採料點_方式難面便以 f五圖⑼的方式進行漸進式的切換，另-方面，使用者若 =點擊的方式’則顯示晝_切換便較為迅速，而採 用如^五圖⑹所示的直接切換的方式。 获番Γ參見第'、圖⑷’其係本發明第二較佳實施例之監控 il伸用目對位置之示4圖。第六圖⑻代表在監控系統中，一 穿置&控裝置61卜第二監控裝置613、第三監控 、 帛四監控裝置617、第五監控裝置619，該些監 18 201141230 控裝置彼此之間的相對位置呈現一個τ字型，其中第二監 控裝置613的左側與右側分別設有第五監控裝置619與第 三監控裝置615 ’而第二監控裝置613的後方(對應於圖示 為下方)則依序設置了第-監控展置611與第四監控裝置 請參見第六圖(b)，其係其係本發明第二較佳實施例以 第一監控震置611所產生的監控畫面作為第一顯示晝面時 之晝面轉換示錢。藉由此較佳實制可以制使用者在 對顯示晝面進行偵測畫面移動的控制時，其移動的方向性 不舰在上下左右四個方向，也可以依據先前奴的攝影 機之_性，建立更多方向性的操作以符合人性化直覺， 而預覽顯示的晝面也不侷限只能顯示兩個頻道的畫面，可 以以多頻道晝面來顯示。 控的方向而同時顯示兩個或三個頻道的The representative is on the left side of the page, and the page is displayed on the left side of the page, and the user of the monitoring device 511 and the fifth-year-old 抻 田 田 田 入 9 9 9 9 9 9 9 9 9 9 9 The indication operation represents the combination of the monitoring screen generated by the first monitoring device 511 and the first to move the display surface to the right side of the display screen.罝 罝 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见 见schematic diagram. This method is simple for the calculation of the system and the condition. As long as the instruction operation from the control device side to the user is moved upward by the monitoring screen of the first monitoring device 511, the display surface of the display device is changed to the second monitoring device. The control surface produced by 513. Please refer to the fifth _), which is a demonstration of the monitoring screen generated by the first monitoring device being switched to the monitoring surface generated by the second monitoring device according to the first preferred embodiment of the present invention. Such a method is more confusing to the user's use. The age device is switched by the monitoring face corresponding to the first monitoring device 511 according to the movement of the monitored object, and the monitoring device corresponding to the second monitoring device is displayed. In the meantime, instead of adopting the method of direct switching, the monitoring screen generated by the second monitoring device 513 is added to the monitoring surface generated by the first monitoring device 511 and is monitored. The object is getting closer to the change of the monitoring area of the second monitoring device 513 'increasing the proportion of the monitoring surface generated by the second monitoring device 513'. Finally, the screen displayed by the display device is switched to the corresponding corresponding to the second monitoring device 513. Monitor the face. That is, during the switching of the monitoring screen, the second display screen is generated by combining the first monitoring surface generated by the first monitoring device 511 and the second monitoring screen generated by the second monitoring device 513. The display device (4) is presented in a relatively smooth and convenient manner by allowing the user to view the four sides of the monitor by adjusting the ratio of the first monitor screen to the second monitor screen. In addition to the burden of the test 1 system and the fluency of the user operation, the screen switching modes of the two different modes as shown in the fifth figure (e) (d) are provided, and the two different types can also be operated according to the user. For example, when the mode of the device is input, the operation of the mouse is taken as an example, and the single click of the mouse is defined as a slow transition, and the click is a quick click to switch the display face. Ma field, if the mining point _ way difficult to face, the five-figure (9) way to progressively switch, the other side, if the user = click the way 'display 昼 _ switch will be faster, and use such as ^ The way of direct switching shown in Figure 5 (6). Referring to Fig. 4, Fig. 4 is a diagram showing the position of the monitor il extension of the second preferred embodiment of the present invention. The sixth figure (8) represents a second monitoring device 613, a third monitoring device, a fourth monitoring device 617, and a fifth monitoring device 619 in the monitoring system. The monitoring devices 18 201141230 control devices are mutually The relative position between the two displays a τ shape, wherein the left side and the right side of the second monitoring device 613 are respectively provided with a fifth monitoring device 619 and a third monitoring device 615 ', and the rear of the second monitoring device 613 (corresponding to the lower part of the figure) The first monitoring monitor 611 and the fourth monitoring device are sequentially disposed. Referring to FIG. 6(b), which is a monitoring screen generated by the first monitoring oscillator 611 according to the second preferred embodiment of the present invention. As the first display of the face, the conversion of the face is shown. By this better implementation, the user can control the movement of the detection screen on the display screen, and the direction of the movement is not in the four directions of up, down, left, and right, and can also be based on the camera of the previous slave. Create more directional operations to conform to human intuition, and the preview display does not limit the display of only two channels, which can be displayed in multiple channels. Control the direction while displaying two or three channels simultaneously
& ’·若使用者的指示操作代表往顯示晝 顯示晝面便呈現由第一監控裝置6U虚 如第六_所示，顯林置可啸據使时所需要監 所產生之監控畫面的結合。 監控裝置611、第二監 5所產生之監控晝面的組 _示晝面的下方移動，則 與第四監控裝置017 19 201141230 請參見第七___，其係 施例之顯示晝面切換示意圖。使用者^ 置關係來控制監控畫面轉場 :房拍，間一及房間二之大廳晝面 2房間-以及房間二皆有其他的攝影機拍攝，則可以將大 廳通往第-房間與第二房間的兩個入口 發條件，因此當使用者在監控大應晝“透過3 盤=τ標移動到如第七圖⑼所示的位二 :面(如第调e)所外並逐步增加第 所示），軸者預梅搭配^ =圖，則使用者可以利用更直覺的方式來操 ^參見“陶，錢本發科四 ==徑::意圖。本圖中假設監控區域内共= 1 固皿縣置進仃監控，而受監控職（例如：可疑人士） 的移動路徑先從第三監控裝i 一監控裝置㈣所涵蓋的圍，接著再移動至第 控裝^7所涵蓋的監控最後刪在第四監 圖。置的分割晝面之示意 監控裝置的數量盥比例^^顯示裝置83與實際裝設的 -個顯示裝置_ 一：二 則是透過多觸示裝置，彻八_ 用對一顯不監控晝面的方式 20 201141230 來對應監控裝置所產生的顯示晝面。 夺對的是，在第八圖的各圖示中’數字的使用代 表镜的诚控#置編號所產生之監控晝面，由於顯示 :===與;控裝置之間的__ 監控裝置所取得=? 一過程中’根據各俩 根據習用技術的作法，無論控制中心内的顯示裝置的 •控裝置的健是否相當’位於控制中心的使用者 =襄置所呈現的顯示晝面時往往受限於顯示裝4 :i躲置對應_等因素而無法對顯示晝面的内容 受監控對象進行連貫/動線上的觀察。 =參見第八圖(d)(e) ’其係習用技術之監控系統利用嘩 =置進仃顯不晝面切換過程之示意圖。延續前述顯示较 ΐ::裝置以一對多的比例關係與一對一比例關係的； 人圖(d)所示’在前者的情況下，控制中心的使用 齡察受監控對象(以星號表示）的移動時，先在顯示 '上看到第二監控裝置81s所產生的監控晝面，但 在受監控對象離開了第三監控裝置81s的監 ㈣三監控裝置815所產生的監控晝面觀測到受:忒 的狀態後，使用者便需要將顯示裝置83上的顯示晝面切換 f為由全部監控晝面所構成的分割“，伽者藉由分割 a面中得知受監控對象已經移制第二監控裝置813所對 ，的監控範圍之後，便將顯枝置83上的顯示晝面切換至 臣第=監«置813所產生的監控晝面上，如此反覆根據受 血控對象的移動而進行顯示畫面的切換。 21 201141230 換句話說’若採用習用技術中，以一對多 示裝置顯示監控農置所產生的晝面，依照前述受二 的例子’若要根據受監控對象的移動路二對應 一-控裝置的監控畫面時，使用者便需要將顯示裝置: 第所示，在個別的監控畫面以及整體分割書 面的顯不間加以切換。 一 即便使用的顯示裝置數量與監控裝置的數量呈現 ’習用技術對於顯示晝面的切換過程仍受限於顯 控晝面的方式而存在讓使用者觀看顯示晝面 時不夠直觀的問題。 一 如第八_所示，在傳統的監控系 示裝置咖、第二顯示裝跡第三顯示裝置二四肩 顯不裝置834分別對應顯示第-監控裝置81卜第二^控 第二監控裝置815、第四監控裝置817所產生的 ，用者-開始所看的是由第三顯示裝置⑻所顯示由 第二i控裝置產生的監控晝面，但龄 二至第二監控裝置813所對應的監控區域時，:用工者必: ==裝Γ找出受監控對象已經移動到第二顯 移動至左上角的第-如的移動，而再將目光 置生的監控晝面（箭頭符號2)，以及移動至= 右下角的第四顯示裝置834所顯 所產生的監控畫面（箭頭符號3)。㈣姐控裝置8Π 22 201141230 藉由第八圖(d)(e)的說明可以發現，無論顯示裝置的數 量是否與監控裝置的數量相同，習用技術所採用的方式讓 使用者在操作時必驗過目視找尋的方式在顯示畫面找尋 文監控對象的動態，因此造成監控過程中相當的不便。 - 請參見第八圖(0(g) ’其係本發明第五較佳實施例之監 控系、、先利用顯示裝置進行顯示晝面切換過程之示意圖。此 處根據如第八圖（a)所示的監控對象移動而進行監控晝面 呈現的’並搭配第人圖W與第人圖⑷中所示，使用單 』不裝置提供分财面的方式，以及細多個顯示裝置 對應王^皿控裳置所產生的監控晝面的兩種類型來說明。 在第入圖⑺中，監控系統僅使用單一個顯示裝置幻 呈現四個孤控裝置所產生的畫面，顯示褒置Μ所顯示的第 二㈣艮據受監控對象的位置而對應顯示第三監 所產生的監控晝面，並根據各監控裝置彼此之 置對應關係’在受監控對象往第二監控裝置8 > 移動的時候(即，第八_中的星__面 &右舞動的時候），顯示裝置先是顯示 二 苐三監?裝置幻5所產生的監控畫 置8= 生的監控畫面，進而產生第三二 象的使用者在透過顯示裝置83而杳看受監押對 象f夺，顯示裝置83所產生_示 橫跨不同監控裝置的監控畫面導二=:示： 23 201141230 私’進而提升使用者在觀看顯示畫面時的呈現效果。 目盘亦可被應用至監控系統使用的監控裝置數 數目相同的情況下，如第八圖(g… 控裝置帛不褒置831所顯示的是第一監 示的則1 1生的監控畫面’而第二顯示裝置832所顯 、儘皿控装置813所產生的監控畫面，其餘類推。 將顯於顯示裝置的實際安裝位置而僅能小幅度的 整“，但麵用了畫=行相對位置的切換調 阻礙或限制。 m面顯㈣程產生太大的 監控=2Γ示裝置最初呈現的顯示晝面由第四 由第^的&控畫面’但是在使用者開始監控 題= 產生的監控晝面中的情況時，第四 見的顯示畫面也就對應切換成_ 二顳的監控畫面，而第—顯示裝置831與第 :、:第」二7置對二改_^ 〇弟皿控裳置811所產生的監控畫面。 如第八圖(b)所示’在所有的顯示裝置中，第 =32、第三顯示裝置833與第四顯示裝置州的相對^ ^雖^大致符合第一監控裳置su、第三監控袭置奶盘 第一i控裝置813的相對位置，但是第四龄 t相對位置卻無對應的顯示裝置可以對應二心 第-顯不裝置83!來顯示第四監控裝置817所產生的監 24 201141230 控晝面。 整合^痛在本發明中’顯示裝置係透過控制裝置内部所 係“現的位置的對應關 紗入#一^/…、旦面，而控制裝置係可與顯示裝置的功能 可t批 _以電機控咖示螢幕的方式來呈現，亦 關關^ j不震置的影像輸出的控制元件中，額外增加相 為了接^工制功此的判斷流程。亦即，控制裝置的使用是 應用的辟^Γ::γ 效果，但在實際 在才M j卩不絲控難置必須以獨立裝置的方式存 整人2同的效果，而得以視整體監㈣統的需要而 登&在顯示裝置或監控裝置中。 以進操作而搭配顯示晝面上的相對位置 動植輯顯科’本發明射關㈣測啟 生切如#3法’m❹者設定顯示裝置錢行顯示晝面發 其他的的預設條件被觸發所以開始連結到 新顯=:產生的監控晝面’進而在顯示裝置上更 測二地點亦提供感崎置，因此在感 邊，-曰=Γ ’例如將感測裂置設置在門 控】被自動切換到崎置所對應的監 面中，際應料’使用者也可以在—開始的顯示晝 的區塊或線條(例如:選擇身穿紅色上衣 现工十象），根據影像處理的相關演算法而取出此區塊 25 201141230 == 寺性作為監控系統自動偵測的條件，即，利 用以特性而自動偵測受監控對象的行經，如此 裝置在對應監控裝置的監^^蚩夺 "、不 供的力月,，自動找出在受監控對象的移動過程中，各個龄 所產生的監控畫面’並將顯示畫面切換為移動過； I的^監控裝置所產生的監控晝面，或是如前述的作 二”中不同監控裝置重疊的監控區域的監控書 面加以豐合或重組後顯示等方式。 — 柿ϋ月的作法是將多個監控裝置(攝影機)的之間的關 連丄角度、位置及方向等資訊)建立成-套關 二裝置便可以根據這套關聯資訊模組所内 3的關聯^訊’搭配監控系統中的顯示裝置使用。 使用单-預覽畫面並且搭配使用者的操作，而能 控I置產生的監控晝面’而不再麻在原本以個 謦衫機產生的監控畫面，進一步提供使用者一個更直 、更人f生化的預覽操作模式。這樣的操作方法不但可以 ^運用在使用單-個晝面顯示時使用，即便是以子母晝面 現’多重分割晝面(四分割晝面、十六分割畫面）等情 用本發明所提出的監控畫面顯示方法。不但讓使 ，利呆作更為便利’對於需要對受監控對象進行 縱時的效果更是卓著。 综上所述’本發明的目的在於提供一種人性化且讓使 可以直觀操作的方式於監控系統中，藉由整合監控系 丢中的各個監控裂置與其位置的對應關係，讓使用者在觀 ‘”、員不震置所呈現的顯示晝面時，除了可以更為流暢的根 26 201141230 據文&控對象的實體雜路徑與位絲呈現單—監控農置 所對應之監控畫面；射以透過應脉式的伽^複 個監控裝置所產生的監控畫面在同—侧示晝财呈現， 例如.利用在單—個顯示畫面巾时割«的方式來同時 顯不各μ控晝面，或是進—步疊加/合成各監控裝置所產生 面’進而讓個別產生的監控晝關的重叠區 如供更細節的資訊。 Τ& '·If the user's instruction operation is displayed on the display, the first monitoring device 6U is displayed as the sixth _, and the display screen generated by the supervisor is required to be displayed. Combine. The monitoring device 611 and the second monitoring unit 5 generate a lower movement of the group of the monitoring surface, and the fourth monitoring device 017 19 201141230, please refer to the seventh ___, which is a schematic diagram of the display of the embodiment. . The user ^ relationship is used to control the monitoring screen transition: room shot, room 1 and room 2, hall 2 rooms - and room 2 have other camera shots, then the hall can lead to the first room and the second room The two entrances are conditional, so when the user monitors Da Ying, "move through the 3 disc = τ mark to the position 2: face (as in the tune e) as shown in the seventh figure (9) and gradually increase the number Show), the axis of the pre-mei with ^ = map, the user can use a more intuitive way to operate ^ see "Tao, Qian Benfa four four == Trail:: Intent. In this figure, it is assumed that a total of 1 in the monitoring area is monitored, and the moving path of the monitored office (for example, a suspicious person) is first moved from the third monitoring device (4), and then moved. The monitoring covered by the control package is finally deleted in the fourth chart. The number of schematic monitoring devices of the divided facets is proportional to the ratio of the display device 83 and the actual display device - one: two is through the multi-touch device, the same eight The way 20 201141230 corresponds to the display surface generated by the monitoring device. The correctness is that in the illustrations in the eighth figure, the use of the number represents the monitoring surface generated by the numbering of the mirror, because the display: === and the __ monitoring device between the control devices The obtained =? In the process of 'according to the practice of the two according to the conventional technology, regardless of whether the control device of the control device in the control center is equal or not, the user who is located in the control center = often displays the display surface Due to factors such as display device 4: i hiding corresponding _ and the like, it is impossible to observe the continuous/moving line of the monitored object of the displayed content. = See Figure 8 (d) (e) 'The monitoring system of the conventional technology utilizes the schematic diagram of the 哗 = placement process. The continuation of the above display is more ambiguous: the device is proportional to one-to-one ratio in a one-to-many relationship; in the case of the former (d), in the case of the former, the control center is used to monitor the object (indicated by an asterisk) During the movement, the monitoring surface generated by the second monitoring device 81s is first seen on the display, but the monitoring surface of the monitoring device is removed from the monitoring device 815 of the third monitoring device 81s. After receiving the state of 忒, the user needs to switch the display surface on the display device 83 to the segmentation formed by all the monitoring surfaces. The gambler knows that the monitored object has been moved by dividing the a-plane. After the monitoring range of the second monitoring device 813 is set, the display surface on the display device 83 is switched to the monitoring surface generated by the second control unit 813, so as to be repeatedly based on the blood receiving object Move to display the display screen. 21 201141230 In other words, if using the conventional technology, the one-to-many display device is used to display the surface generated by the monitoring of the farm, according to the above-mentioned example 2, according to the monitored object. Mobile road two When the monitoring screen of the device is controlled, the user needs to display the display device: First, switch between the individual monitoring screens and the overall divided written display. One even the number of display devices used and the number of monitoring devices Presenting the problem that the conventional technology is still limited to the way of displaying the control surface, the display process is not intuitive enough for the user to view the display surface. As shown in the eighth, in the traditional monitoring system The device coffee, the second display, the third display device, the second shoulder display device 834 respectively corresponding to the display of the first monitoring device 81, the second control device, the second monitoring device 815, the fourth monitoring device 817, the user - What is seen at the beginning is the monitoring surface generated by the second i-control device displayed by the third display device (8), but when the monitoring area corresponding to the second to second monitoring device 813 is used, the operator: == Finding the monitored object that has been moved to the second display to the upper left corner, and then the gaze of the monitoring face (arrow symbol 2), and the fourth display device 834 moving to the lower right corner Show The generated monitoring screen (arrow symbol 3). (4) Sister control device 8 Π 22 201141230 By the description of (d) (e) of the eighth figure, it can be found that regardless of whether the number of display devices is the same as the number of monitoring devices, the conventional technology institute The method adopted allows the user to check the visual observation method in the operation mode, and finds the dynamics of the monitoring object on the display screen, thus causing considerable inconvenience in the monitoring process. - Please refer to the eighth figure (0(g) ' A monitoring system according to a fifth preferred embodiment of the present invention, wherein a display screen switching process is first performed by using a display device. Here, according to the movement of the monitoring object as shown in the eighth figure (a), the monitoring is performed. In conjunction with the first person diagram W and the first person diagram (4), the use of a single "no device" to provide a financial face, and a plurality of display devices corresponding to the two types of monitoring face produced by the king Description. In the first figure (7), the monitoring system uses only a single display device to phantomly present the images generated by the four orphaned devices, and displays the second (four) displayed by the device 艮 according to the position of the monitored object and displays the third supervisor. The generated monitoring surface, according to the corresponding relationship between the monitoring devices, 'when the monitored object moves to the second monitoring device 8 > (ie, the star__ face & right-wing in the eighth_ At the time of the display device, the display device first displays the monitor image generated by the device 5, and the user who generates the third image is viewed by the display device 83. The display device 83 generates a monitoring screen that spans different monitoring devices. 2: Show: 23 201141230 Private' to enhance the user's presentation when viewing the display screen. The eye can also be applied to the same number of monitoring devices used by the monitoring system. For example, in the eighth picture (g... the control device does not display 831, the first monitoring is the 1 1 monitoring screen. 'The second display device 832 displays the monitoring screen generated by the control device 813, and the like. It will be displayed in the actual installation position of the display device and can only be used in a small amount. The switching of the position is hindered or restricted. The m-face display (four) process produces too much monitoring = 2 the display device initially presents the display face by the fourth by the ^ & control screen 'but the user starts monitoring the problem = generated When monitoring the situation in the face, the fourth display screen corresponds to the monitoring screen switched to _2颞, and the first display device 831 and the first:, the second, the second, the second, the second, the second, the second, the second, the second The monitoring screen generated by the control panel 811. As shown in the eighth diagram (b), in all the display devices, the relative =32, the third display device 833 and the fourth display device state are substantially consistent with each other. The first monitoring skirts su, the third monitors the phase of the first i-control device 813 of the milk pan The position, but the fourth-level t relative position but no corresponding display device can correspond to the two-hearted-display device 83! to display the control device 817 generated by the 24 201141230 control surface. Integration ^ pain in the present invention 'The display device is through the corresponding position of the current position of the control device into the #一^/..., the surface, and the control device can be combined with the function of the display device. In the control component of the image output that is not set off, the judgment process of the image output is additionally added. That is, the use of the control device is an application effect: γ effect However, in the actual situation, it is necessary to maintain the effect of the whole person in the form of a separate device, and it can be used in the display device or the monitoring device according to the needs of the overall supervision system. In the operation, it is matched with the relative position on the display surface. The invention is based on the invention. The fourth shot is measured by the #3 method, and the other preset conditions are triggered. So start to link to the new display =: generated monitoring The facet' and the second place on the display device also provide the sense of the position, so in the sense of the edge, -曰=Γ 'for example, the sensory split is set in the gate] is automatically switched to the corresponding face of the In the middle, it is expected that the user can also display the block or line at the beginning (for example, choose to wear the red shirt), and take out the block according to the relevant algorithm of image processing 25 201141230 = = Temple as a condition for automatic detection of the monitoring system, that is, using the feature to automatically detect the behavior of the monitored object, so that the device is in the corresponding monitoring device, and the power is not supplied, Find out the monitoring screen generated by each age during the movement of the monitored object' and switch the display screen to move over; the monitoring surface generated by the monitoring device of I is different from the above-mentioned two The monitoring of the monitoring area where the monitoring device overlaps is written in a manner such as abundance or reorganization. — Persimmon Moon's practice is to establish the relationship between the angles, positions and directions of multiple monitoring devices (cameras) as a set-up device and then to associate with the relevant information modules. The use of the display device in the monitor system. Using the single-preview screen and matching the user's operation, it can control the monitoring surface generated by I. Instead of smashing the monitoring screen originally produced by a smashing machine, the user is further provided with a straighter and more f Biochemical preview mode of operation. Such an operation method can be used not only when using a single-sided display, but also by using a multi-partition face (four-part facet, sixteen-part screen), etc. The monitoring screen display method. Not only does it make it easier to make it easier, but it is even more effective for the need to monitor the subject. In summary, the object of the present invention is to provide a user-friendly and let-in intuitive operation in the monitoring system, by integrating the corresponding relationship between the monitoring cracks of the monitoring system and their positions, so that the user can view '", the staff does not shake the display of the face, in addition to the more smooth root 26 201141230 data & control object of the physical miscellaneous path and the position of the silk to display a single - monitor the farm corresponding to the monitoring screen; The monitoring screen generated by the echo-based gamma-recovery monitoring device is displayed on the same side, for example, by using the method of cutting the single-display screen towel to simultaneously display the various control surfaces. Or, step-by-step superimposition/synthesis of the surface generated by each monitoring device', so that the overlapping areas of the individual generated monitoring are provided for more detailed information.
雖然本發明已揭露如上述較佳實施例，然其並非用以 =本發明，本發明得由熟習此技藝之人士任施匠思而為 含般修飾’然皆不脫如附制要求書所欲保護者。 【圖式簡單說明】 >一本案得藉由下列圖式及說明，俾得更深入之了解： 3圖(a) ’其係複數個攝影機所構成之監控系統的相對位 置之平面示意圖。 =，(b) ’其係巾控主機接收各攝影機之監控晝面並顯示 於螢幕上之呈現位置之示意圖。 =圖(a) ’其係本發明所提出之監控系統的功能方塊示意 圖〇 ，二圖(b) ’其係本發明所提出應用於複數個監控裝置與控 ^置所構成之監控系統的畫面顯示流程示意圖。 -圖⑷’其係在監贿境巾各監控裝置減位置之示意 圖。 第圖(b)，其係將各監控裝置之相對位置與對應關係以一 27 201141230 歹第:方式財子之示意圖。 示意圖其係利㈣鼠於第—顯示畫面進行指示操作之 ΐϊΡ) ’其係鍵盤在第—顯衫錢行指示操作之 操作=)意:係利用預設的晝面區塊對顯示晝面進行指 晉圖(f ’其係本發明第一較佳實施例之監控裴 且心不忍圖。 置相對位 第-較佳實施例以第-監控裝置所 第五L 為第—顯示畫面時之晝面轉換示意圖。 L e) ’其係本發明第—較佳實施触第—監控裝置 畫面以直接切換方式轉換至第二監控裝置產生之 皿佐息面之示意圖。 第五圖(d) ’其係本發明第—較佳實施例由第—監控裝置產 生之監控畫面崎進切換方柄換至第二監控裝置產生之 監控晝面之示意圖。 第’、圖(a) ’其係本發明第二較佳實施例之監控裝置相對位 置之不意圖。 第“圖(b) ’其係其係本發明第二較佳實施例以第—監控裝 置所產生的k控晝面作為第—顯示晝面時之晝面轉換示意 圖。 第七圖(a)(b)(e)(d)(e) ’其係本發明第三較佳實施例之顯示 晝面切換示意圖。 第八圖⑻，其係本發明第四較佳實侧之受監控對象移動 28 201141230 路4空之不意圖。 示裝置的分割晝面之示意圖。 用技術之監控系統利用顯示裝置進行 示意圖。 【主要元件符號說明】Although the present invention has been disclosed as a preferred embodiment as described above, it is not intended to be used in the present invention, and the present invention may be modified by a person skilled in the art. Want to protect. [Simple description of the diagram] > A case can be further understood by the following figures and descriptions: 3 Figure (a) ’ is a schematic plan view showing the relative positions of the monitoring systems formed by a plurality of cameras. =, (b) 'The schematic diagram of the hosted control panel receiving the monitoring surface of each camera and displaying it on the screen. = Figure (a) 'It is a functional block diagram of the monitoring system proposed by the present invention, and Figure 2 (b) is a screen of the monitoring system which is applied to a plurality of monitoring devices and control devices. Show the process schematic. - Figure (4)' is a schematic diagram of the position of each monitoring device in the bribe cover. Figure (b) is a schematic diagram of the relative position and correspondence of each monitoring device as a method of 27 201141230. Schematic diagram of the four (four) mouse in the first - display screen to indicate the operation) "the keyboard is in the first - display money line operation operation =) meaning: the use of the preset face block to display the face Refers to the plan (f' is the monitoring of the first preferred embodiment of the present invention and is unbearable. The relative position is preferred - the fifth embodiment of the first monitoring device is the first display screen) A schematic diagram of the surface transition. L e) 'This is the first preferred embodiment of the present invention - the schematic diagram of the monitoring device screen is switched to the second monitoring device by the direct switching mode. Fig. 5(d) is a schematic view showing the monitoring screen generated by the monitoring device generated by the first monitoring device and switched to the monitoring surface generated by the second monitoring device. The '', (a)' is a schematic representation of the relative position of the monitoring device of the second preferred embodiment of the present invention. The "Fig. (b)" is a schematic diagram of the conversion of the kneading surface when the k-control surface generated by the first monitoring device is used as the first display surface in the second preferred embodiment of the present invention. (b) (e) (d) (e) ' is a schematic diagram of a display kneading switch according to a third preferred embodiment of the present invention. The eighth figure (8) is a fourth preferred real side of the monitored object of the present invention. 28 201141230 Road 4 is not intended. Schematic diagram of the division of the device. The schematic system is used to display the schematic using the display system. [Main component symbol description]
本案圖式中所包含之各元件列示如下： 100公寓平面圖 11卜 113、115、117 攝影機 111a、113a、115a、117a 監控晝面 20監控系統 21監控裝置組合The components included in the drawings are as follows: 100 apartment floor plan 11 CD 113, 115, 117 camera 111a, 113a, 115a, 117a monitoring surface 20 monitoring system 21 monitoring device combination
第八圖(b)(C)，其係顯 第八圖(d)(e)，其係習 顯示晝面切換過程之 211、212〜21η、311、313、315、317 監控裝置 22控制裝置 23、4卜83顯示裝置 S201、S202、S203、S204 步驟 421第一偵測區域 422第二偵侧區域 423第三偵測區域 424第四偵測區域 43感測指示 44晝面區塊 29 201141230 511、611、815第一監控裝置 513、613、813第二監控裝置 515、615、811第三監控裝置 517、617、817第四監控裝置 519、619第五監控裝置 831第一顯示裝置 832第二顯示裝置 833第三顯示裝置 834第四顯示裝置Figure 8 (b) (C), which shows the eighth figure (d) (e), which shows the control device 22, 212~21n, 311, 313, 315, 317 23, 4, 83, display device S201, S202, S203, S204 Step 421 First detection area 422 Second detection side area 423 Third detection area 424 Fourth detection area 43 Sensing indication 44昼面块块 29 201141230 511, 611, 815 first monitoring devices 513, 613, 813 second monitoring devices 515, 615, 811 third monitoring devices 517, 617, 817 fourth monitoring devices 519, 619 fifth monitoring devices 831 first display devices 832 Second display device 833 third display device 834 fourth display device