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» I 101年：¾ “日修正替換頁 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種監視系統之裝置及其輔助監視攝錄方法，令 於夜間監視時，能在最低消耗能源下，取得同日間所攝錄之含色彩且 清晰的影像，而適用於夜間監視或照明度不佳之監視環境者。 【先前技術】 按，習知之夜間監視系統之裝置及其監視方法，為了獲得清楚的 監視影像，必須增設補助光源照明，而以強力之光源照明來輔助監視 系統之裝置拍攝取得如曰間般清晰之影像。然而，整夜照明必須消耗 大量之電能，進而也使得監視系統之裝置的使用成本提高了。另外一 種解決方法係利用紅色發光二極體（LED)做為補助光源照明，雖然， 可有效降低能源消耗之成本’但在夜間以紅色發光二極體（LED)做為 補助光源照明，使監視攝影機僅能取得無色彩之影像’而影響了監視 影像之拍攝的品質’亦將造成影像辨識上之不便。 本發明人有鑑於上述缺失，乃潛心研思、設計組製，以提供消費 大眾使用’為本發明所欲研創之發明動機者。 【發明内容】 本發明之目的’係在提供一種監視系統之裝置及其輔助監視攝錄 方法’令本發明使用於夜間監視時，能在最低消耗能源下取得同日 間所攝錄之含色彩且清晰的影像，以增進整體的實用性及環保性者。 為達成上述之目的，本發明係提供一種監視系統之裝置及其辅助 5 101年#月丨4修正替換頁 監視攝錄方法’而本發明之裝置係包括有一設有至少一紅色發光二極 體及其内部具有動態偵測（motion detect)之監視攝影機及至少一 輔助可見光光源，並配合本發明之輔助監視攝錄方法係包括有監視攝 錄一監視區、偵測監視區、開啟辅助可見光光源、偵測監視區及關閉 辅助可見光光源之一連串之循環步驟，當監視攝影機内之動態偵測 (motion detect)判斷到有物體進入監視區時，則令輔助可見光光源 開啟以照亮監視區’而當監視攝影機内之動態偵測（m〇ti〇n detect) 判斷到有物體離開監視區時，則令輔助可見光光源關閉；藉此，使用 於夜間監視時’能在最低消耗能源下，取得同曰間所攝錄之含色彩且 清晰的影像，使具實用性及環保性者 本發明之其他特點及具體實施例可於以下配合附圖之詳細說明 中，進一步瞭解。 【實施方式】 請參閱第1圖’係為本發明之輔助監視攝錄方法的步驟流程示意 圖，本發明之輔助監視攝錄方法係包括下列步驟： a.監視攝錄一監視區1 〇 :係設有監視攝影機攝錄一監視區，而監視 攝影機之鏡頭周圍設有至少一紅色發光二極體(LH))(本實施例中 係設有複數顆），供照射監視區以攝錄無彩色影像，而該監視攝影 機内具有動態偵測（motion detect)，以供判斷影像》 b·偵測監視區1 1 :當有物體進入監視區時，經監視攝影機内之動態 偵測（motion detect)判斷後會發出一電子訊號。 c.開啟輔助可見光光源1 2 :該輔助可見光光源係接收到監視攝影機 101年彡月Aig修正替換頁 内所發出之一電子訊號而令輔助可見光光源開啟，以照亮監視區， 使監視攝影機攝錄含色彩之影像；其中，該輔助可見光光源係可採 高亮度發光二極體(LED)、省電型曰光燈或其他之照明燈具。 d. 偵測監視區1 3 :當進入監視區之物體離開監視區時，經監視攝影 機内動態偵測（motion detect)判斷後會發出一電子訊號。 e. 關閉輔助可見光光源1 4 :該輔助可見光光源係接收到監視攝影機 内所發出之一電子訊號而關閉輔助可見光光源》 其中，當監視攝影機内的紅色發光二極體發出紅外光來照射監視 區後，該監視攝影機内之動態偵測(motion detect)係藉由比較經由監 視攝影機拍攝取得之二相鄰時間轴的影像來作判斷監視區内是有物體 (如：車輛）進入，因為當紅色發光二極體發出之紅外光由原本照射 監視區而被進入監視區中之物體反射後，再經由該監視攝影機内之動 態偵測(motion detect)判斷後之結果，得到的訊號值會改變，假設當 無物體（如：車輛）進入監視區中，經由該監視攝影機之動態偵測 (motion detect)判斷後的訊號值為〇時，而當有物體（如：車輛）進 入監視區中’再經由該監視攝影機之動態债測(m〇ti〇n detect)判斷後 之結果會得到的訊號值則改變為1，如此，以使監視攝影機判斷是否有 物體進入監視區中。而該監視攝影機於發出一電子訊號來啟閉至少一 辅助可見光光源時係進一步同時發出電子訊號令紅光發光二極體相對 啟閉，即當開啟該至少一輔助可見光光源時，令紅光發光二極體相對 關閉’而當關閉該至少一輔助可見光光源時，則令紅光發光二極體相 101年2月丨&修正替換頁 對開啟’俾利更進一步節省電源（但’於實際實施時，紅光發光二極 體亦可常態開啟來照射監視區）；藉由上述步驟，於夜間監視時，能在 最低消耗能源下’取得同日間所攝錄之清晰影像。 請參閱第2至5圖，係為本發明之使用動作示意圖，本發明藉由 裝設一監視攝影機2〇及至少一辅助可見光光源4〇，而可應用於夜 間監視車道，於本實施例中，係設有二盞輔助可見光光源4 〇，且該 二蓋輔助可見光光源4 0係設置於監視攝影機2 0之二側，而該監視 攝影機2 0内具有動態偵測(m〇ti〇n detect)2 1，以供該監視攝影機 2 0攝錄及偵測一監視區6 〇 ’該監視攝影機2 〇内之鏡頭周圍係環 設有至少一紅光發光二極體3 1 (本實施例中係設有複數顆紅光發光 二極體3 1，請配合參閱第6圖）’而當紅光發光二極體3 1開啟時， 係作為補助光源來照射該監視區6 〇，而於監視區6 0上形成一紅外 線光源照射區61，使監視攝影機2 0在照明度不佳之環境下（如： 夜間），仍可自監視區6 〇中攝錄取得無色彩之清晰影像（如第2圖所 示）。而當監視攝影機2 0内之動態偵測(motion detect) 2 1判斷到 有物體7 0 (如：車輛）進入監視區6 〇時（如第3圖所示），使該監 視攝影機2 0發出一電子訊號令該至少一輔助可見光光源4 〇開啟， 以照亮監視區6 0 (如第4圖所示），進而使監視攝影機2 〇攝錄含色 彩之影像’並會同時發出電子訊號令紅光發光二極體31關閉，以供 節省電能；而當監視攝影機2 0内之動態偵測(motion detect)2 1判 斷到有物體7 0 (如：車輛）離開監視區60時（如第5圖所示），則 ^ 101年知/¾修正替換頁» I 101年:3⁄4 "Day correction replacement page IX, invention description: [Technical field of invention] The present invention relates to a monitoring system device and an auxiliary monitoring and recording method thereof, which can be minimized during nighttime monitoring It consumes color and clear images recorded during the same day, and is suitable for monitoring environments with poor nighttime monitoring or illumination. [Prior Art] According to the conventional night monitoring system and its monitoring method, In order to obtain a clear surveillance image, supplemental light source illumination must be added, and a powerful light source illumination is used to assist the monitoring system to capture images that are as clear as daylight. However, overnight lighting must consume a large amount of power, which in turn enables monitoring. The cost of using the system's device is increased. Another solution is to use red light-emitting diodes (LEDs) as auxiliary light source illumination, although it can effectively reduce the cost of energy consumption' but at night with red light-emitting diodes (LEDs) ) as a supplementary light source illumination, so that the surveillance camera can only obtain a colorless image' and affect the surveillance The quality of the filming will also cause inconvenience in image recognition. The present inventors have made in mind the research and design system in view of the above-mentioned shortcomings, so as to provide the consumer with the use of the invention as a motive for the invention. SUMMARY OF THE INVENTION The object of the present invention is to provide a monitoring system and an auxiliary monitoring and recording method thereof. When the present invention is used for nighttime monitoring, the color and clarity recorded during the same day can be obtained at the lowest energy consumption. In order to achieve the above object, the present invention provides a device for monitoring a system and an auxiliary thereof, and the present invention The apparatus includes a monitoring camera having at least one red LED and a motion detection therein and at least one auxiliary visible light source, and the auxiliary monitoring recording method according to the present invention includes monitoring Recording a monitoring area, detecting and monitoring area, turning on the auxiliary visible light source, detecting the monitoring area, and turning off one of the auxiliary visible light sources In the looping step, when the motion detector in the surveillance camera determines that an object enters the surveillance area, the auxiliary visible light source is turned on to illuminate the surveillance area' while monitoring the motion detection in the camera (m〇ti〇 n detect) When it is judged that an object leaves the surveillance area, the auxiliary visible light source is turned off; thereby, when used for nighttime monitoring, it can obtain a color-containing and clear image recorded at the same time with the lowest energy consumption. Other features and embodiments of the present invention will be further understood from the following detailed description of the accompanying drawings. FIG. 1 is a supplementary monitoring recording of the present invention. Schematic diagram of the steps of the method, the auxiliary monitoring and recording method of the present invention comprises the following steps: a. monitoring and recording a monitoring area 1 〇: a surveillance camera is provided to record a surveillance area, and at least a periphery of the camera of the surveillance camera is provided. a red light emitting diode (LH)) (in this embodiment, a plurality of LEDs are provided) for illuminating the monitoring area to record an achromatic image, and the monitoring camera has a built-in Motion Detection (motion detect), is determined for an image "b · detection monitoring region 11: when an object enters the monitored region, after motion detection (motion detect) is determined within the monitoring camera will send an electronic signal. c. Turn on the auxiliary visible light source 1 2: the auxiliary visible light source receives an electronic signal emitted by the surveillance camera in the Aig correction replacement page, and activates the auxiliary visible light source to illuminate the surveillance area, so that the surveillance camera takes a photo The image containing the color is recorded; wherein the auxiliary visible light source can adopt a high-intensity light-emitting diode (LED), a power-saving neon light or other lighting fixtures. d. Detection and monitoring area 1 3: When an object entering the surveillance area leaves the surveillance area, an electronic signal is sent after the motion detector is judged by the surveillance camera. e. Turning off the auxiliary visible light source 1 4: the auxiliary visible light source receives an electronic signal emitted from the surveillance camera and turns off the auxiliary visible light source. Wherein, when the red light emitting diode in the surveillance camera emits infrared light to illuminate the monitoring area After that, the motion detector in the surveillance camera determines that an object (eg, a vehicle) enters in the surveillance area by comparing the images of two adjacent time axes obtained by the surveillance camera, because when the red The infrared light emitted by the light-emitting diode is reflected by an object that has entered the monitoring area after being irradiated to the monitoring area, and then the signal value obtained by the motion detection in the monitoring camera is changed, and the obtained signal value changes. It is assumed that when no object (such as a vehicle) enters the surveillance area, the signal value determined by the motion detector of the surveillance camera is 〇, and when an object (such as a vehicle) enters the surveillance area, The signal value obtained by the result of the dynamic debt measurement (m〇ti〇n detect) of the surveillance camera is changed to 1, so that The surveillance camera determines if an object has entered the surveillance zone. When the monitoring camera emits an electronic signal to turn on and off at least one auxiliary visible light source, the electronic signal is further simultaneously emitted to enable the red light emitting diode to be relatively opened and closed, that is, when the at least one auxiliary visible light source is turned on, the red light is emitted. The diode is relatively closed' and when the at least one auxiliary visible light source is turned off, the red light emitting diode phase is 101&the replacement page is turned on to improve the power supply (but in practice In the implementation, the red light emitting diode can also be normally turned on to illuminate the monitoring area; by the above steps, during nighttime monitoring, a clear image recorded during the same day can be obtained at the lowest energy consumption. Please refer to FIG. 2 to FIG. 5 , which are schematic diagrams of the operation of the present invention. The present invention can be applied to monitor the lane at night by installing a surveillance camera 2 至少 and at least one auxiliary visible light source 4 ,, in this embodiment. The second cover auxiliary visible light source 4 设有 is provided, and the two cover auxiliary visible light source 40 is disposed on the two sides of the surveillance camera 20, and the surveillance camera 20 has dynamic detection (m〇ti〇n detect 2 1 for the surveillance camera 20 to record and detect a surveillance area 6 〇 'The surveillance camera 2 is provided with at least one red light-emitting diode 3 1 around the lens (in this embodiment) The system is provided with a plurality of red light-emitting diodes 3 1, please refer to FIG. 6)', and when the red light-emitting diodes 3 1 are turned on, the auxiliary light source is used as a auxiliary light source to illuminate the monitoring area 6 〇, and in the monitoring area An infrared light source irradiation area 61 is formed on the 60, so that the surveillance camera 20 can still record clear images without color in the monitoring area 6 (in the nighttime) (such as the second picture). Shown). When the motion detector 2 in the surveillance camera 20 determines that an object 70 (eg, a vehicle) enters the surveillance area 6 (as shown in FIG. 3), the surveillance camera 20 is issued. An electronic signal causes the at least one auxiliary visible light source 4 to be turned on to illuminate the surveillance area 60 (as shown in FIG. 4), thereby causing the surveillance camera 2 to record a color-containing image and simultaneously issue an electronic signal. The red light emitting diode 31 is turned off to save power; and when the motion detect 2 1 in the surveillance camera 20 determines that an object 70 (eg, a vehicle) leaves the surveillance area 60 (eg, Figure 5), then ^ 101 years / 3⁄4 correction replacement page
會觸發-電子訊絲關該至少—辅助可見光光^S 能’並同時會開啟該至少-紅光發光二極體3丨麵射監視區6 0， 而於監視區6 G上形成-紅外線光賴射區6 2，雜監視攝影機2 0攝錄取得無彩色之影像，如此，重複上述步驟。 此外’該監視攝影機2 〇係可進-步連設一健存設備5 〇，該儲 存設備5⑽與監視攝影機2 Q電性連接，以供將攝錄自監視區6 〇 中之影像儲存備標。而該儲存設備5 〇於實際實施時，係可實施為長 時間儲存由監視區6 0中取得之無色彩的影像，或可於執行該偵測監 視區11之步驟而當監視攝影機2⑽之動態姻—2 1判斷到有物體7 Q (如：車柄）進人監視區6 〇之_，使該監視 攝影機2 0除了發出—電子訊號令輔助可見絲源4 Q開啟之外也 同時發出電子訊號來啟動該儲存設備5 〇開始儲存此時監視攝影機 2 0攝錄自監視區6 〇中含色彩且清晰的影像，又當執行該僧測監視 區1 3之步驟而當監視攝影機2 〇内之動態偵測(m〇ti〇n加如仍1 躺到物體7 〇 (如：車輛）離雖視區6㈣，則由監視攝影機2 0發出-電子^號來關閉該至少__輔助可見光光源4 ◦及啟動該至少 紅光發光一極體31來照射監視區6 0 ’而於監視區6 0上形成一 紅外線光源照射區6丄’並同時停止該儲存設備5 〇之儲存動作，以 達到減少記容量及制麵之目的。 請參照第2至6圓，本發明的監視系統之裝置係包括： 一監視攝影機2 0 ’該監視攝影機2 〇係供攝錄一監視區6 0， 101年3月/石日修正替換頁 而該監視攝影機2 0之鏡頭周圍係設有至少一紅色發光二極體(LED) 31，供照射監視區60以攝錄無彩色影像，而該監視攝影機2〇内 具有動態偵測（MotionDetect)2 1，以供判斷影像並發出一電子訊 號；當該至少一紅色發光二極體31發出之紅外光來照射監視區6 0，而於監視區6 0上形成一紅外線光源照射區6 ，該監視攝影 機2 ◦内之動態偵測(motion detect) 2 1係藉由比較經由監視攝影 機2 0拍攝取得之二相鄰時間轴的影像來作判斷監視區6 〇内是有物 體7 0 (如.車輛）進入，當有物體7 〇 (如：車輛）進入監視區6 0時，該至少一紅色發光二極體3 1所發出之紅外光照射在物體7 〇 (如.車輛）上會被反射，而經由該監視攝影機2 〇内之動態偵測 (motiondetect) 2 1判斷後之結果，得到的訊號值會改變，假設當無 物體70 (如：車輛）進入監視區60中，經由該監視攝影機2〇内 之動態偵測(motiondetect) 2 1判斷後的訊號值為〇時，而當有物體 7 0 (如.車輛）進入監視區6 〇中，再經由該監視攝影機2 〇内之 動態偵測(motion detect) 2 1判斷後之結果會得到的訊號值則變為 1 ’如此’以使監視攝影機2 〇判斷是否有物體7 〇進入監視區6 〇中。 至少一輔助可見光光源4 〇，該至少一輔助可見光光源4 〇係與 監視攝影機2 0電性連接，而辅助可見光光源4 〇會接收來自該監視 攝影機2 G崎發出之電子訊絲啟縣源亮滅，以供監視攝影機2 0攝錄時取得含色狀·;而該至卜輔助可見光統4 0係可採 如：高亮度發光二極體(LED)、省電型曰光燈或其他之照明燈具；藉此， 13.78411 101年各月丨4修正替換頁 使本發明之裝置於夜間監視時，能在最低消耗能源下，取得同日間所 攝錄之清晰影像者。 其中，該監視攝影機2 0於發出一電子訊號來啟閉該至少一輔助 可見光光源4 0時，係進一步同時發出電子訊號令該至少一紅外線發 光二極體31相對啟閉（但，於實際實施時，該至少一紅光發光二極 體3 1亦可常態開啟’以照射監視區6 〇 )。而該監視攝影機2 〇係可 進一步連設一儲存設備5 0，該儲存設備5 0係與監視攝影機2 〇電 性連接，以供將攝錄自監視區6 〇中之影像儲存備槽；該儲存設備5 0於實施時，可供長時間儲存由監視區6 〇中取得之無色彩的影像， 或該儲存設備5 0可實施為僅儲存當監視攝影機2 〇内之動態偵測 (motiondetect)2 1判斷到有物體7 〇 (如：車輛）進入監視區6 0 而開啟該至少一輔助可見光光源4 〇後所拍攝取得之含色彩且清晰的 影像’以供減少記憶體容量之消耗，增進資源之使用效能。 請再參閲第1至6圖’承上所述，本發明的監視系統之裝置及其 輔助監視攝錄方法的特點係在於：藉由—監視攝影機2 〇及至少一輔 助可見光光源4 0之組合設計，而該監視攝影機2 〇内之鏡頭周圍設 有至少一紅色發光二極體31，作為補助光源，該紅光發光二極體3 1發出之力線係％成红外線光源照射工來照射覆蓋監視區6 〇 ’使監視攝影機2 0於夜間（或環境照明度不佳的情況下）攝錄取 得無色彩但具清晰度之影像；而藉由該監視攝影機2 Q内具有動態偵 測(motiondetect)2 1 ’以供判斷影像並發出一電子訊號來啟閉該至 11 1378411 _ 101年彡月彳厶曰修正替換頁 少一輔助可見光光源4 0，該至少一輔助可見光光源4 0可採高亮度 發光二極體（LED)、省電型曰光燈或其他之照明燈具，進而使監視攝 影機20可於夜間（或環境照明度不佳的情況攝錄取得含色彩且 清晰的影像；再藉由使用本發明之裝置及配合本發明之監視攝錄一監 視區10、偵測監視區1 1、開啟辅助可見光光源12、偵測監視區 · 13、關閉辅助可見光光源14之一連串方法步称，可達到於夜間監 視時’能在最低消耗能源下，取得同日間所攝錄之含色彩且清晰的影 像；另藉由該監視攝影機2 0係可進一步連設一儲存設備5 0，而該 儲存設備5 0可實施為當監視攝影機2 〇内之動態偵測（motion detect) 2 1判斷到有物體7 0 (如：車輛）進入監視區6 0時，才開 始儲存攝錄自監視區6 0之含色彩且清晰的影像，以供減少記憶體容 量之消耗’增進資源之使用效能；故，由上可知本發明可達到節能、 環保、提昇資源使用效能之效果，深具實用性及環保性。 然而’上述僅以本發明之裝置與其辅助監視攝錄方法應用於夜間 來監視車道為例說明，但本發明並非僅限於應用在夜間監視車道上， 亦可用於日間天候不佳或其他照明度不佳之監視環境下。 综上所述，本發明確可達到發明之預期目的，具有實用價值無疑， 爱依法提出專利申請。 · 惟以上所述之具體實施例，僅係用以例釋本發明之特點及功效， 而非用以限定本發明之可實施範疇，因此在未脫離本發明上揭橥精神 與技術範疇下，任何運用本發明所揭示内容而完成之等效改變及修 12 1378411 _ 101年彡月修正替換頁 飾，均仍應為下述之申請專利範圍所涵蓋。 13 1378411 101年2月名曰修正替換頁 【圖式簡單說明】 -- 第1圖為本發明之輔助監視攝錄方法的步驟流程示意圖。 第2圖為本發明之第一使用動作示意圖。 第3圖為本發明之第二使用動作示意圖。 第4圖為本發明之第三使用動作示意圖。 第5圖為本發明之第四使用動作示意圖。 第6圖為本發明之裝置的立體外觀示意圖。 【主要元件符號說明】 10、 監視攝錄一監視區 11、 偵測監視區 12、 開啟輔助可見光光源 13、 偵測監視區 14、 關閉輔助可見光光源 2 0、監視攝影機 2 1、動態偵測（motion detect) 31、紅光發光二極體 4 0、輔助可見光光源 5 0、儲存設備 6 0、監視區 61、紅外線光源照射區 7 0、物體Triggering - the electronic signal turns off the at least - auxiliary visible light ^S can' and simultaneously turns on the at least - red light emitting diode 3" surface radiation monitoring area 60, and forms an infrared light in the monitoring area 6 G In the ray shooting zone 62, the miscellaneous surveillance camera 20 captures an achromatic image, and thus repeats the above steps. In addition, the surveillance camera 2 can be connected to a health storage device 5, and the storage device 5 (10) is electrically connected to the surveillance camera 2 Q for recording and storing images from the surveillance area 6 . When the storage device 5 is actually implemented, it can be implemented to store the colorless image obtained by the monitoring area 60 for a long time, or can perform the monitoring of the monitoring area 11 to monitor the dynamics of the camera 2 (10). Marriage - 2 1 judges that an object 7 Q (such as a handle) enters the surveillance area 6 ,, so that the surveillance camera 20 emits an electronic signal in addition to the auxiliary visible silk source 4 Q The signal is used to activate the storage device. 5 〇 Start saving. At this time, the surveillance camera 20 captures the color and clear image from the surveillance area 6 ,, and when performing the measurement monitoring area 13 step, when the surveillance camera 2 is inside Motion detection (m〇ti〇n plus if still lying on the object 7 〇 (eg: vehicle) away from view area 6 (four), then the surveillance camera 20 emits an electronic ^ number to turn off the at least __ auxiliary visible light source 4 ◦ and starting the at least red light emitting body 31 to illuminate the monitoring area 6 0 ' and forming an infrared light source irradiation area 6 丄 ' on the monitoring area 60 and simultaneously stopping the storage operation of the storage device 5 to achieve Reduce the capacity and the purpose of the noodles. In the second to sixth rounds, the apparatus of the monitoring system of the present invention comprises: a surveillance camera 2 0 'the surveillance camera 2 is for recording a surveillance area 60, the March 101/shiri correction replacement page and the monitoring At least one red light emitting diode (LED) 31 is disposed around the lens of the camera 20 for illuminating the monitoring area 60 for recording an achromatic image, and the monitoring camera 2 has a motion detection (Motion Detect) 2 1, For determining the image and emitting an electronic signal; when the infrared light emitted by the at least one red LED 31 illuminates the monitoring area 60, and forming an infrared light source irradiation area 6 on the monitoring area 60, the monitoring camera 2 The motion detection 2 1 is used to judge the surveillance area 6 by comparing the images of the two adjacent time axes obtained by the surveillance camera 20, and there is an object 7 0 (such as a vehicle) entering. When an object 7 〇 (eg, a vehicle) enters the surveillance area 60, the infrared light emitted by the at least one red LED 3 1 is reflected on the object 7 如 (eg, a vehicle), and Motion detection in the surveillance camera 2 (motio Ndetect) 2 1 After the judgment, the obtained signal value will change. It is assumed that when no object 70 (such as a vehicle) enters the surveillance area 60, it is judged by the motion detection 2 1 in the surveillance camera 2 When the signal value is 〇, and when an object 70 (such as a vehicle) enters the surveillance area 6 ,, the result of the motion detection 2 1 in the surveillance camera 2 is obtained. The signal value changes to 1 'so' to cause the surveillance camera 2 to determine if an object 7 〇 has entered the surveillance zone 6 。. The at least one auxiliary visible light source 4 is electrically connected to the monitoring camera 20, and the auxiliary visible light source 4 接收 receives the electronic signal from the monitoring camera 2 Off, for the surveillance camera to obtain a color-containing image when recording at 20; and the auxiliary-assisted visible light system can be used for example: high-brightness light-emitting diode (LED), power-saving neon light or other Lighting fixtures; thereby, 13.78411 101 months of each year, 4 correction replacement pages enable the device of the present invention to obtain clear images recorded during the same day at the lowest energy consumption when the device of the present invention is monitored at night. When the monitoring camera 20 emits an electronic signal to open and close the at least one auxiliary visible light source 40, the electronic signal is further simultaneously emitted to cause the at least one infrared light emitting diode 31 to be relatively opened and closed (however, in actual implementation) The at least one red light emitting diode 3 1 can also be normally turned on to illuminate the monitoring area 6 〇. The surveillance camera 2 can further be connected to a storage device 50, which is electrically connected to the surveillance camera 2 for recording the image storage slot in the surveillance area 6; The storage device 50 can be used to store the uncolored images obtained by the monitoring area 6 长时间 for a long time, or the storage device 50 can be implemented to store only the motion detection in the surveillance camera 2 〇. 2 1 It is determined that an object 7 〇 (eg, a vehicle) enters the surveillance area 6 0 and the at least one auxiliary visible light source 4 is turned on and the captured color and clear image is taken to reduce the consumption of the memory capacity. The effectiveness of the use of resources. Referring to FIGS. 1 to 6 again, the apparatus of the monitoring system of the present invention and the auxiliary monitoring and recording method thereof are characterized by: monitoring camera 2 and at least one auxiliary visible light source 40 In combination, at least one red light-emitting diode 31 is disposed around the lens of the surveillance camera 2 as a supplementary light source, and the force light line emitted by the red light-emitting diode 3 1 is illuminated by an infrared light source. Covering the surveillance area 6 〇' enables the surveillance camera 20 to capture a colorless but sharp image at night (or in poor ambient illumination); and with the motion detection in the surveillance camera 2 Q ( Motiondetect) 2 1 'to judge the image and send an electronic signal to open and close the to 13 1378411 _ 101 years 彳厶曰 彳厶曰 替换 correction replacement page less than one auxiliary visible light source 40, the at least one auxiliary visible light source 40 can be used High-brightness light-emitting diodes (LEDs), power-saving neon lights or other lighting fixtures, so that the surveillance camera 20 can capture color-containing and clear images at night (or when the ambient illumination is poor); Further, by using the apparatus of the present invention and the monitoring and recording of the monitoring area 10, the detection monitoring area 1 1 , the opening of the auxiliary visible light source 12, the detection monitoring area 13, and the closing of the auxiliary visible light source 14 It can be said that it can achieve the color and clear image recorded during the same day at the lowest energy consumption during nighttime monitoring; and another storage device 50 can be further connected by the surveillance camera 20 The storage device 50 can be implemented to start storing the video from the surveillance area when the motion detector 2 1 in the surveillance camera 2 determines that an object 70 (eg, a vehicle) enters the surveillance area 60. 60% color and clear image for reducing the consumption of memory capacity' to enhance the use efficiency of resources; therefore, it can be seen that the invention can achieve the effects of energy saving, environmental protection and resource utilization efficiency, and is practical and Environmentally friendly. However, the above description is only for the case where the device of the present invention and its auxiliary surveillance recording method are applied to monitor the lane at night, but the present invention is not limited to the application of monitoring the lane at night. It can also be used in the monitoring environment with poor daytime weather or other poor illumination. In summary, the present invention can achieve the intended purpose of the invention, has practical value, and loves to file a patent application according to law. The specific embodiments are only used to illustrate the features and functions of the present invention, and are not intended to limit the scope of the present invention, and thus, without departing from the spirit and scope of the invention, Equivalent changes to the content and repairs 12 1378411 _ 101 years of revision of the replacement page decoration, should still be covered by the following patent application scope. 13 1378411 February 2011 name 曰 correction replacement page [schematic description 】 -- Figure 1 is a flow chart showing the steps of the auxiliary monitoring and recording method of the present invention. Figure 2 is a schematic view of the first use action of the present invention. Figure 3 is a schematic view of the second use action of the present invention. Figure 4 is a schematic view of the third use action of the present invention. Figure 5 is a schematic view of the fourth use action of the present invention. Figure 6 is a schematic perspective view of the apparatus of the present invention. [Description of main component symbols] 10. Monitoring and recording a monitoring area 11, detecting and monitoring area 12, turning on the auxiliary visible light source 13, detecting the monitoring area 14, turning off the auxiliary visible light source 20, monitoring the camera 2, and detecting motion ( Motion detect) 31, red light emitting diode 40, auxiliary visible light source 50, storage device 60, monitoring area 61, infrared light source irradiation area 70, object