M282097 八、新型說明： 【新型所屬之技術領域】 本創作係提供一種兼具物體感應及亮度偵測之自動照 明裝置，特別是指一種應用於室外或走道空間之自動照明 裝置。 【先前技術】 自動照明裝置目前廣泛應用於例如巷道、辦公室走道 間或是室外的環境中，以往的自動照明裝置一般僅具有一 般紅外線感測功能，即當感應到物體走近時即會啟動電源 開啟照明設備，其僅具單一功能無法符合其他需照明的情 形，例如當週遭環境變暗時，並不會自動開啟照明設備， 而無法提供多種照明功能。 【新型内容】 因此，本新型之目的，即在提供一種兼具物體感應及 亮度偵測之自動照明裝置。 本新型另一目的，是在提供一種可無線遙控並線性增 加照明光源亮度的自動照明裝置。 於是，本新型兼具物體感應及亮度偵測之一紅外線感 測模組，可於感測到物體熱源接近時輸出一第一開啟訊號 、:亮度積測模組，可於谓測亮度低m值時，輸出 _第二開啟訊號、一邏輯單元’其輸入端連接該紅外線感 測模組及該亮度伯測模組’並根據該第一及第二開啟訊號 產生一控制訊號、一電源供應模組，用以產生一供應電源 ，並與該邏輯單元連接，以根據該控制訊號控制該供應電 M282097 源輪出與否、以及一照明光源模組，連接至該電源供應模 組。當該邏輯單元收到該第一及第二開啟訊號至少其中之 -時’該邏輯單元即輸出該控制訊號控制該該電源供應模 組輪出該供應電源給該照明光源模組。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之較佳實施例的詳細說明中，將可清楚 的呈現。M282097 8. Description of the new type: [Technical field to which the new type belongs] This creation is to provide an automatic lighting device with both object sensing and brightness detection, especially an automatic lighting device applied to outdoor or aisle space. [Previous technology] Automatic lighting devices are currently widely used in, for example, roadways, office aisles, or outdoor environments. In the past, automatic lighting devices generally only had general infrared sensing functions, that is, the power was turned on when an object was approached. When the lighting device is turned on, it has only a single function and cannot meet other situations that require lighting. For example, when the surrounding environment becomes dark, the lighting device is not automatically turned on, and multiple lighting functions cannot be provided. [New content] Therefore, the purpose of this new model is to provide an automatic lighting device with both object sensing and brightness detection. Another object of the present invention is to provide an automatic lighting device capable of wireless remote control and linearly increasing the brightness of an illumination light source. Therefore, the new infrared sensing module, which has both object sensing and brightness detection, can output a first turn-on signal when the object's heat source is approached: a brightness integration measurement module, which can measure low brightness m. When the value is set, a second open signal, a logic unit whose input end is connected to the infrared sensing module and the brightness measurement module, and generates a control signal and a power supply according to the first and second open signals. The module is used to generate a power supply and is connected to the logic unit to control whether the power supply M282097 is turned on or off according to the control signal, and an illumination light source module is connected to the power supply module. When the logic unit receives at least one of the first and second turn-on signals', the logic unit outputs the control signal to control the power supply module to turn the supply power to the lighting light source module. [Embodiment] The foregoing and other technical contents, features, and effects of the present invention will be clearly presented in the following detailed description of the preferred embodiment with reference to the drawings.
茶閲圖1 S ® 4，A本新型之自動照明裝置之一較佳 實施例，本實施例之自動照明裝置i包括—亮度福測模組2 、一人身紅外線感測模組3、一無線遙控模組4、一邏輯單 元7、一電源供應模組5以及一照明光源模組6。 、如圖3所示，人身紅外線感測模組3包括一紅外線偵 測器30及一控制器、31 ’其中該紅外線偵測器％例如可為 -主動或被動式的紅外線感測元件，當感測到物體熱源(例 々人）、、’工過# t傳-控制訊號至該控制器31使該控制器 3】輸出-呈高電Μ位準的第-開啟訊號。反之，該控制器 31的輸出電壓呈低電壓位準。 亮度偵測模組 包括一光偵測器 圖2) ’光偵測器20例如為一感光元件， 7C度並轉換成一對應的電壓值。該控制巧 20及一控制器 21(見 可偵測週遭的環境 21例如為一脈寬 調變電路，其可接收該電塵值以,0仏 电&值以凋麩輸出對應的脈波寬度 調變訊號（PWM signal，第二開啟訊號）。 邏輯單元7例如為一或鬧〈 忒閘gate)，其兩輸入端分別電 M282097 性連接至人身紅外線感測模組3以及該亮度偵測模組2，並 根據該人身紅外線感測模組3及該亮度偵測模組2的輪出 表所示，其中邏輯1定義為高電壓位準，邏輯0定義為低 電壓位準： ~ 亮度偵測模組2 人身紅外線感測模 組3 邏輯單元7輪出 1 (第二％啟訊號） 開啟訊號） 1 (第一開啟訊號） -------- 0 '~------- ~~——---- 1 0 ------- 啟訊號) ----~. 1 0 0 ---——-^_ 0 無線遙控模組4包括一無線遙控發射模組4〇及一無線 遙控接收模組4卜該無線遙控發射模組4〇例如為一遙控器 電壓位準經邏輯運算後輸出對應的訊號，其相互關係如下 ，可發出無線控制訊號控制該無線遙控接收模組41輸出一 線性控制訊號。該無線遙控接收模組41包括—無線接收電 路410及-控制器411(見圖4)，該無線接收電路是接 收該無線控制訊號並經處理(例如滤波、放大等過程)後輸出 一第-«至該控制器4U，該控制器411在例如為一鼎今 公司的CYTM6408ps人體紅外線伯測器控制ic，其具有一 自動調光功能，可於接收到該第—訊號時輸出—線性上升 的線性控制訊號。 電源供應模組5，可將一例如為市電之交流輸入電源 〇方、轉換i i流之供應電源輸出，或接收該邏輯單元所 傳之輸出Λ <以輸出對應之電源，以開啟照明光源模組6( M282097 例如為一發光二極體（LED)模組），其輸入端分別電性連接至 該無線搖控接收模組41以及該邏輯單元7。 因此，當人身紅外線感測模組3及亮度偵測模組2兩 者或至少其中之一輸出一高位準電壓（即第一及第二開啟訊 號兩者或至少其中之一輸出至邏輯單元7)時，該邏輯單元7 會輸出邏# 1(高位準）的控制訊號至該電源供應模組5提供 供應電源給該照明光源模組6使其提供照明。 另，使用者可以使用無線遙控發射模組4〇輸出無線控 制訊號，無線遙控接收模組41中的無線接收電路41〇經處 理後傳出該第-訊號至控制器411中，使控制器4ΐι輸出該Tea reading Figure 1 S ® 4, A A preferred embodiment of this new type of automatic lighting device, the automatic lighting device i of this embodiment includes-brightness measurement module 2, a personal infrared sensing module 3, a wireless The remote control module 4, a logic unit 7, a power supply module 5 and an illumination light source module 6. 3. As shown in FIG. 3, the personal infrared sensing module 3 includes an infrared detector 30 and a controller 31, wherein the infrared detector may be, for example, an active or passive infrared sensing element. An object heat source (eg, a person) is detected, and the “work over” signal is transmitted to the controller 31 so that the controller 3] outputs a first-on signal at a high electrical M level. On the contrary, the output voltage of the controller 31 is at a low voltage level. The brightness detection module includes a light detector. Fig. 2) The light detector 20 is, for example, a light sensor, which is 7C degrees and converted into a corresponding voltage value. The control unit 20 and a controller 21 (see that the surrounding environment 21 can be detected, for example, is a pulse-width modulation circuit, which can receive the electric dust value, and the electric pulse & value to output the corresponding pulse with wil The wave width modulation signal (PWM signal, the second open signal). The logic unit 7 is, for example, one or the alarm gate, and its two input terminals are respectively electrically connected to the human infrared sensing module 3 and the brightness detection module. Test module 2, and according to the rotation table of the personal infrared sensor module 3 and the brightness detection module 2, logic 1 is defined as the high voltage level, and logic 0 is defined as the low voltage level: ~ Brightness detection module 2 Human infrared sensing module 3 Logic unit 7 Round out 1 (second percent on signal) on signal) 1 (first on signal) -------- 0 '~ --- ---- ~~ -------- 1 0 ------- Start signal) ---- ~. 1 0 0 -------- ^ _ 0 The wireless remote control module 4 includes a wireless The remote control transmitting module 40 and a wireless remote control receiving module 4 include the remote control transmitting module 40 and output a corresponding signal after a logical operation, for example, the relationship between them is as follows: A wireless control signal can be sent to control the wireless remote control receiving module 41 to output a linear control signal. The wireless remote control receiving module 41 includes a wireless receiving circuit 410 and a controller 411 (see FIG. 4). The wireless receiving circuit receives the wireless control signal and processes it (such as filtering, amplification, etc.) to output a first- «To the controller 4U, the controller 411 is, for example, a CYTM6408ps human infrared infrared detector control IC of a company called Dingjin. It has an automatic dimming function and can output linearly rising when the first signal is received. Linear control signal. The power supply module 5 can convert, for example, AC input power of the city power source, convert the power supply output of the II stream, or receive the output transmitted by the logic unit Λ < to output the corresponding power source to turn on the light source module. Group 6 (M282097 is, for example, a light emitting diode (LED) module), and its input terminals are electrically connected to the wireless remote control receiving module 41 and the logic unit 7, respectively. Therefore, when the personal infrared sensing module 3 and the brightness detection module 2 or at least one of them output a high level voltage (that is, both or at least one of the first and second enable signals are output to the logic unit 7) ), The logic unit 7 outputs a control signal of logic # 1 (high level) to the power supply module 5 to supply power to the lighting light source module 6 to provide lighting. In addition, the user can use the wireless remote control transmitting module 40 to output the wireless control signal. The wireless receiving circuit 41 in the wireless remote control receiving module 41 sends out the-signal to the controller 411 after processing, so that the controller 4ΐι Output this
【圖式簡單說明】 是一電路方塊圖， 圖f路方塊圖，說明本新型自動照明裝置一較[Brief description of the diagram] is a block diagram of a circuit, and a block diagram of a road f, illustrating a comparison of the new automatic lighting device
M282097 電路； 圖3是一電路方塊圖，說明圖1人身紅外線感測模組 的内部電路；及 說明圖1無線遙控接收模組的 圖4是一電路方塊圖， 内部電路。 M282097 【主要元件符號說明】M282097 circuit; FIG. 3 is a circuit block diagram illustrating the internal circuit of the human infrared sensing module of FIG. 1; and FIG. 4 is a circuit block diagram illustrating the internal circuit of the wireless remote control receiving module of FIG. M282097 [Symbol description of main components]
1 ....... …自動照明裝置 組 2 ....... …亮度偵測模組 41 ••… •…無線遙控接收模 20…… …光偵測器 組 21…… …控制器 410… •…無線接收電路 3 ....... …人身紅外線感測 411… …·控制器 模組 5…… •…電源供應模組 30…… …紅外線偵測器 50"… 輸入電源 31…… …控制器 6 ....... •…照明光源模組 4 ....... 40…… …無線遙控模組 …無線遙控發射模 7 ....... •…邏輯單元 101 .......… Automatic lighting device group 2 .......… Brightness detection module 41 ••… •… Wireless remote control receiving module 20 ……… Light detector group 21 ……… Controller 410 ... • Wireless receiving circuit 3 ......... Personal infrared sensor 411 ... Controller module 5 ... Power supply module 30 ... IR detector 50 " ... Input power 31 ……… controller 6 ............ • Illumination light source module 4 ....... 40 ……… Wireless remote control module… Wireless remote control transmission module 7 ...... •… Logic Unit 10