1301532 九、發明說明： 【發明所屬之技術領域】 係用以 本發明係有關於一種照明裝置，而 提供一種具多種照明功能之照明裳置/ 。 【先前技術】 技’現今照明光源之選擇 光燈（如直管型、緊凑型）=應〜早年白熾燈泡、螢 到⑽燈，尤以燈、複金屬燈，漸漸進步 .泛為照明燈具業=:積小1度強、顏色多樣化，已廣 而照明燈具（電子安定器與燈 琳瑯滿目，其中又以具時尚感且兼呈實用性、的;^方式係 其不僅/由外型的設計達到時尚感之:求 二赤4透過燈具之㈣依不同需求（例如所處環境、氣 =或：機不同)來控制某些燈具發光甚而經混光後達到： =發先色調，俾供使用者在適t的氛圍中進行某些 啲處理，此外，在照明燈具之領域中月 常態照明用途者外，更有一錄筏田 ，、处用以進行 人群撤離方向之f急事件發生時指弓丨 逃生門之a ΪϊγΓ 多震設在樓梯間或 生門之4巾㈣，其係透騎牆之市電進行充電程 ㈣電力中斷時’可透過内存之電力使得燈具發光， ==照明燈具著實在人們曰常生活當中扮演 或缺的角色。 =上^㈣㈣論是—般用以作為照明用途 或疋緊心事件之指引用途者，其皆僅具單—功能（用途）， 19784 5 1301532 餐 因此，若該作為常態照明用途之照明燈具在發生電力中斷 時（例如發生停電、火災、地震、颱風或跳電等狀況），則 该作為常態照明用途之照明燈具即停止運作，而使得該作 $常態照明料之照明燈具所處環境瞬間處於_片黑暗 田中，人們只能設法去尋找緊急照明燈具所處之處，實造 成人們使用不便之情事，此外，該緊急照明燈具所設= 例如樓梯間或逃生門之處，為達常態照明之功能，皆 >需再設置其他用以作為常態照明用途之照明燈具，此舉白， 無疑地會造成照明燈具成本的增加。 、 牛， 職是，如何提供一種能夠解決上述習知技術之種 題的照明燈具’實為此領域中亟待解決之問題。 【發明内容】 鑒於上述習知技術之缺失，本發明之主要目的在 供一種照明裝置，以提供多種照明功能。 &本發明之另一目的在於提供一種照明裝置，以 w照明功能因交流電源電力中斷而失效時，所造成之 便。 + 本。本發明之又-目的在於提供一種照明裝置，以節省成 光功:發明之再一目的在於提供-種照明震置，以提供調 為達上述主要、另一以及又一目的 種照明裝置，係包括：用以垃罢a 士年 ^ί,- 直产電源之雷、f 置父/瓜電源並經處理以輪出 電源官理模組;與該電源管理模組電性輕接， 19784 6 1301532 鱗 該電源管理模組所輸出之直流電源並經處理以 輸出先源驅動訊號之光源驅動模組;與該光源驅動模組電 接收到該光源驅動模組所輪出之光源驅動訊 f M源體之第-照明單元；與該光源驅動模組電性 、接’用以感測該光源驅動模組所輸出之光源驅動訊號之 感測單元；與該電源管理模組以及該感測單元電性輕ς， 並具有儲電控制功能，用以接收到該電源管理模組所輸出 ^直流電源並經處理後輸出直流電源訊號，錢過該儲電 控，功能予以儲存’並於該感測單元感測出該錢驅動模 組未輸出該光源驅動訊號時，#藉儲電控制單元進行處理 以輸出照明光源驅動訊號之照明模組；以及與該照明模組 電性轉接，用以接收該光源驅動所輸出之照明錢驅動訊 谠並輸出光源之第二照明單元。 077為達上述再一目的，於本發明之一較佳實施例中，該 妝明裝置復包括:與該光源驅動模組以及該感測單元電性 π ^用以接收該感測單元所感測之光源驅動訊號並與一 么疋值進行比對處理，以輸出調光訊號至該光源驅動模 =俾令忒光源驅動模組依據該調光訊號調整該第一照明 單几之光源亮度之調光控制模組。 、μ相較於習知技術，本發明之照明裝置主要係透過該電 ，官理模組、該光源驅動模組、該感測單元以及該照明模 、、、依…、上述之電性耦接關係在不同狀況下，驅動該第一 …、月單元或該第二照明單元，俾達上述主要、另一以及又 一目的，更透過該較佳實施例中之調光控制模組之運作， 7 19784 1301532 * 4 達到上述再一目的。 【實施方式】 以下係藉由特定的具體實例說明本發明之實施 式，熟悉此技藝之人士可由本說明書所揭示一 瞭解本發明之1仙復 曰i '、内谷輕易地 解本毛月之其他優點與功效。本發明亦可 的具體實例加以施行戋瘅用，太 9 ，、他不同 其^ γ ^應用’本5兄明書中的各項細節亦可 基於不同硯點與應用，在不㈣本發 “ ^修飾與變更。 呀砰下進仃各種 竿構：2第如T其係為本發明照明裝置之實施例系統 木構不思圖。如圖所示，本發明之照明裝置i係包括：雷 源官理模組10、光源驅動模組u、第一 代 以下即分別針對本發明照明裝置丨之實施例的上 各物件作詳細說明： u 、該電源管理模組1{)，係用以接置交流電源2並經處 理以輸出直流電源。於本實施例中，該電源管理模組1 〇 復包括：用以接置該交流電源2並進行濾波處理以輸出遽 波訊號之濾波單元1〇〇 ;與該濾波單元1〇〇電性耦接，= 以接收該光源驅動模組Π所輸出之光源驅動訊號並進行 整流處理以輸出直流訊號之整流單元1〇1 ;以及與該整流 單元101電性耦接，用以接收該整流單元1〇1所輸出之直L 流訊號並進行功因修正處理以輸出該直流電源之功因修 正單元102;其中，該濾波單元100之較佳實施方式係為 19784 8 1301532 讓 濾波器（filter)，該整流單元1〇1之較佳實施方式係為橋 式整流器（Bridge Rectifier)，該功因修正單元1〇2之較 佳實施方式係為功因修正器（pFC)。 需予以說明的是，該濾波單元1〇〇與該整流單元1〇1 之電性耦接位置關係並非侷限於本實施例（圖中所示），亦 可先透過該整流單A 1G1進行整流處理，再藉由該遽波單 兀100進打濾波處理，或同時透過該整流單元1〇1與該濾 •波單元100進行整流以及濾波處理，此外，該電源管理模 組10在實際實施時，亦可視狀況加入其他功能性處理單 元例如用以進行穩壓處理以得出較穩定之電壓俾供後續 2處理之穩壓單元等，再者，前述之濾波單元100、整流 单兀1(U、功因修正單元102以及穩壓單元所分別進行之 濾波、整流、功因修正以及穩壓處理係為此領域中具有通 常知識者可輕易理解之技術，故於此不復針對該些處理之 詳細内容予以累述。1301532 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a lighting device, and provides a lighting device having a plurality of lighting functions. [Prior Art] Technology's choice of light source (such as straight tube type, compact type) = should be ~ early years incandescent bulbs, fire to (10) lights, especially lamps, complex metal lamps, gradually improve. Pan lighting Industry =: The product is 1 degree strong and the color is diversified. It has been widely used for lighting fixtures (electronic ballasts and lamps are dazzling, among which it is fashionable and practical, and the method is not only / by appearance Design to achieve a sense of fashion: seeking two red 4 through the lamps (four) according to different needs (such as the environment, gas = or: different machines) to control the lighting of some lamps even after the light is mixed: = first color, for the first time The user performs some sputum treatment in a suitable atmosphere. In addition, in the field of lighting fixtures, in addition to the monthly normal lighting use, there is also a record of the squatting field, which is used to carry out the evacuation direction of the crowd.丨 Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ People often live in life The role of the syllabus. The above (4) (4) is generally used as a guide for lighting purposes or for tightness events, all of which are only single-function (use), 19784 5 1301532 meals, therefore, if this is the norm In the event of a power outage (such as a power outage, fire, earthquake, typhoon or lightning) in the lighting fixtures used for lighting purposes, the lighting fixtures used for normal lighting use are stopped, and the lighting for the normal lighting is made. The environment in which the luminaire is located is in a dark field. People can only find the place where the emergency lighting is located, which is inconvenient for people to use. In addition, the emergency lighting fixture is set up = for example, in a stairwell or an escape door. For the function of normal lighting, all need to set up other lighting fixtures for normal lighting purposes, this will undoubtedly cause an increase in the cost of lighting fixtures., cattle, job, how to provide a solution The lighting fixture of the above-mentioned prior art problem is an urgent problem to be solved in the field. [Invention] In view of the above-mentioned prior art In the absence of the present invention, the main object of the present invention is to provide a lighting device for providing various lighting functions. It is another object of the present invention to provide a lighting device which is caused by the failure of the lighting function of the power supply due to interruption of the power supply of the alternating current source. A further object of the present invention is to provide a lighting device for saving light work: a further object of the invention is to provide a lighting device for providing the above-mentioned main, other and further objects. Lighting device, including: used to smash a year ^ί, - direct production power thunder, f set parent / melon power and processed to turn out the power supply management module; and the power management module is light Connected, 19784 6 1301532 The DC power output from the power management module is processed to output a light source driving module of the pre-source driving signal; and the light source driving module receives the light source that is rotated by the light source driving module The first illumination unit of the driving source f M source body is electrically connected to the light source driving module, and the sensing unit for sensing the light source driving signal output by the light source driving module; and the power management module The sensing unit is electrically light and has a power storage control function for receiving the DC power output of the power management module and outputting the DC power signal after processing, and the money is stored and controlled, and the function is stored. And when the sensing unit senses that the money driving module does not output the light source driving signal, the lighting module is processed by the storage power control unit to output the lighting module of the illumination source driving signal; and electrically rotating with the lighting module And receiving a second lighting unit for receiving the illumination money driving signal output by the light source and outputting the light source. 077 is a further object of the present invention. In a preferred embodiment of the present invention, the device includes: the light source driving module and the sensing unit are electrically π ^ for receiving the sensing unit to sense The light source driving signal is compared with a threshold value to output a dimming signal to the light source driving mode. The light source driving module adjusts the brightness of the first lighting unit according to the dimming signal. Light control module. Compared with the prior art, the illumination device of the present invention mainly transmits the electricity, the official module, the light source driving module, the sensing unit, and the illumination module, and the electrical coupling described above. The driving of the first, the second unit or the second lighting unit in different situations to achieve the above-mentioned main, another and further purposes, and furthermore, through the operation of the dimming control module in the preferred embodiment , 7 19784 1301532 * 4 Reach the above-mentioned other purpose. [Embodiment] Hereinafter, embodiments of the present invention will be described by way of specific specific examples, and those skilled in the art can understand that the 1st 曰 曰 i ', the inner valley of the present invention can be easily solved by the present disclosure. Other advantages and effects. The specific example of the present invention can also be applied, too 9 , and he is different from the ^ γ ^ application 'the details of the 5 brothers book can also be based on different defects and applications, in the (four) this issue ^Modifications and changes. 砰 砰 仃 仃 : : : : : : : : : : : : : : 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 。 。 。 。 The source government module 10, the light source driving module u, the first generation or less are respectively described in detail for the above objects of the embodiment of the lighting device of the present invention: u, the power management module 1{) is used for The AC power supply 2 is connected to the DC power supply. In the embodiment, the power management module 1 includes: a filtering unit 1 for connecting the AC power supply 2 and performing filtering processing to output a chopping signal 〇〇; electrically coupled to the filtering unit 1 , = a rectifying unit 1 〇 1 that receives the light source driving signal output by the light source driving module 并 and performs rectification processing to output a direct current signal; and the rectifying unit 101 electrically coupled to receive the rectification list The straight L stream signal outputted by 1〇1 is subjected to power factor correction processing to output the power factor correcting unit 102 of the DC power source; wherein the preferred embodiment of the filtering unit 100 is 19784 8 1301532. A preferred embodiment of the rectifier unit 〇1 is a bridge rectifier, and a preferred embodiment of the power factor correction unit 〇2 is a power factor corrector (pFC). The positional relationship between the filter unit 1 and the rectifying unit 1〇1 is not limited to the embodiment (shown in the figure), and may be rectified by the rectification unit A 1G1. The chopping unit 100 is filtered, or is rectified and filtered by the rectifying unit 1〇1 and the filtering unit 100. In addition, the power management module 10 can be added when actually implemented. The other functional processing unit is used, for example, to perform a voltage stabilization process to obtain a stable voltage, a voltage stabilization unit for subsequent processing, and the like, and the filtering unit 100 and the rectification unit 1 (U, power factor correction unit) 102 and steady The filtering means respectively, rectifying, art work art having knowledge may generally readily be appreciated by the Regulator and processing system for this correction, it is limited to be no longer tired for more details of the process of.
該光源驅動模組u，係與該電源管理模組10電性耦 接，用以接收該電源管理模組10所輸出之直流電源並經 處理以輸出光源驅動訊號。於本實施例巾，該光源驅動模 二1 1復匕括·與戎電源管理模組1 〇電性耦接，用以接收 4電源&理&組1Q所輸出之直流電源並進行電源轉換處 理2輸出直流驅動電源訊號之電源轉換單元110;以及與 私源轉換單元11 〇電性耦接，用以接收該電源轉換單元 110所輸出之直流驅動電源訊號並進行光源驅動處理以 輸出該光源驅動訊號之點燈單元⑴；其中，該電源轉換 19784 9 1301532 ^ 錢The light source driving module u is electrically coupled to the power management module 10 for receiving the DC power outputted by the power management module 10 and processed to output a light source driving signal. In the embodiment, the light source driving module 21 is electrically coupled to the power management module 1 for receiving the DC power output from the 4 power && 1Q and power supply. The conversion processing unit 2 outputs a DC power supply signal to the power conversion unit 110; and is electrically coupled to the private source conversion unit 11 for receiving the DC driving power signal output by the power conversion unit 110 and performing a light source driving process to output the Light source driving signal lighting unit (1); wherein, the power conversion 19784 9 1301532 ^ money
單π 110所進行之電源轉換處理係為直流轉高頻交流（DC to AC)之電源處理，以將所接收之直流電源轉換成允符該 點燈單元111之需求之高頻交流驅動電源訊號，而該點燈 單元111之較佳實施方式係為點燈回路，實際實施時‘”，該 點燈回路係可由電感及電容以串聯或並聯方式組合而成。 此外，前述之電源轉換單元110以及點燈單I in 所分別進行之電源轉換以及光源驅動處理係為此領域中 .具有通常知識者可輕易理解之技術，故於此不復針對該些 處理之詳細内容予以累述。 該第一照明單元12,係與該光源驅動模組u電性耦 接’用以接收該光源驅動模組llm輸出之光源驅動訊號 並輸出光源。於本實施例中，該第一照明單元之較佳b 實施方式係為白熾燈、螢光燈、鹵素燈、複金屬燈（= HID燈’如金屬鹵化物燈、氣氣燈、投射燈）或咖 其數量係可依實際需求進行設置，此外，若將該第一且昭’ »單兀12實施為LED燈時，則更具環保概 : 照明之理念。 更付合綠色 需予以說明的是，該光源驅動模組U中 111在實際實施時，亦可視所電性耦接之該第一;日且=兀 12實施的類型加入其他功能性處理 二一照明單元 〜土 7L什，例如若一 照明單元!2實施為氣氣燈，則該光源驅動 二 燈單元111需加設一高壓點火器。 r <點 該感測單元13，係與該光源驅 用以感測該光源驅動模組lil所輪中 电丨王稠接， 則出之光源驅動訊號。於 19784 10 1301532 t實施例中’該感測單元13之較佳實施方式係為電流感 測器，例如比流器（Cun-討 Transformer; CT)或霍爾 元件（Hall Component/Hall Effect Sens〇r)等，以透 過電流回授（feedback)至另一電性耦接端之方式達成感 測光源驅動訊號強度之目的。 " 該照明模組14,係與該電源管理模組1〇以及該 早凡13電性麵接，並具有儲電控制功能，用以接收該電 >源管理模組1G所輸出之直流電源並經處理以輸出直流電 源讯號，且透過該儲電控制功能予以儲存，並於該感測單 感測出該光源驅動模組以輸出該光源驅動訊號 ^猎由儲電控制單元進行處理後，輸出照明光源驅動訊 於^實施例中，該照明模組】4復包括： 電蝴妾，用以接收該電源管理模組ι〇所“ ►之電源轉換單元140:與^^換輪單出電源訊號 單元13電性耦接，用：一:二场則 之直流電源㈣曰； 轉早7^ 140所輸出 該光源驅動模 存之吉、、*恭、、·χ „ ㊉出該光源驅動訊號時，輪出所儲 直>’IL笔源訊號之儲雷 抑_ 制單元141電性耦接，用、 以及與該儲電控 itl ^ t ^ ^ κ 用以接收該儲電控制單元141所輸 出之直流電源訊號並進 77掏 源驅動訊號之光源驅動原艇動處理，以輸出該照明光The power conversion process performed by the single π 110 is a DC to AC power supply process to convert the received DC power into a high frequency AC drive power signal that is required by the lighting unit 111. The preferred embodiment of the lighting unit 111 is a lighting circuit. In actual implementation, the lighting circuit can be combined by an inductor and a capacitor in series or in parallel. Further, the foregoing power conversion unit 110 and The power conversion and the light source driving processing respectively performed by the lighting unit I in are in the field. There is a technology that can be easily understood by those skilled in the art, and thus the details of the processing are not repeated here. The illumination unit 12 is electrically coupled to the light source driving module u for receiving the light source driving signal output by the light source driving module 11m and outputting the light source. In this embodiment, the first lighting unit is preferably b. The embodiment is an incandescent lamp, a fluorescent lamp, a halogen lamp, a complex metal lamp (= HID lamp 'such as a metal halide lamp, a gas lamp, a projection lamp) or the number of the coffee can be set according to actual needs. In addition, if the first and the third 'single 12 are implemented as LED lights, it is more environmentally friendly: the concept of lighting. More green is to be explained that the light source driving module U 111 is actually In the implementation, it can also be regarded as the first type of electrical coupling; the type of implementation of the day = 兀12 is added to other functional processing unit 2 lighting unit ~ soil 7L, for example, if a lighting unit! 2 is implemented as a gas lamp, Then, the light source drives the two lamp unit 111 to be equipped with a high voltage igniter. r < the sensing unit 13 is used to sense the light source driving module lil in the wheel of the electric king, The light source driving signal is obtained. In the embodiment of 19784 10 1301532 t, the preferred embodiment of the sensing unit 13 is a current sensor, such as a current transformer (Cun-Transformer; CT) or a Hall element ( Hall Component/Hall Effect Sens〇r), etc., to achieve the purpose of sensing the intensity of the driving signal of the light source by means of feedback of the current to another electrical coupling end. " The lighting module 14 is related to The power management module 1〇 and the first 13 electrical facets have The power storage control function is configured to receive the DC power output by the power management device 1G and process the output to output a DC power signal, and store the power through the power storage control function, and perform sensing on the sensing unit The light source driving module outputs the light source driving signal to be processed by the power storage control unit, and then outputs the illumination light source driving signal. In the embodiment, the lighting module includes: an electric butterfly to receive The power management module of the power management module "" is electrically coupled to the single-output power signal unit 13 of the ^^ wheel, with: one: two fields of DC power (four) 曰; turn 7^140 The output of the light source driving the mold memory, JI, _, _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ And the light source controlled by the storage control unit is used to receive the DC power signal output by the power storage control unit 141 and the light source of the 77-source driving signal is driven to drive the original boat to output the illumination light.
"ο之較佳杏施方士動早70142;其中’該電源轉換單元 ^ 式係為直流降壓轉換器（DC-DC 19784 11 1301532 ^ * step-down Converter)，該光源驅動單元142之較佳實施 方式係為驅動回路。此外，前述之電源轉換單元140以及 光源驅動單元142所分別進行之電源轉換以及光源驅動 處理係為此領域中具有通常知識者可輕易理解之技術，故 於此不復針對該些處理之詳細内容予以累述。 承前述，該儲電控制單元141復包括··充電電池143; 以及與該電源轉換單元140、該感測單元13以及該充電 _電池143電性耦接，用以接收該電源轉換單元14〇所輸出 之直流電源訊號且對該充電電池丨43進行充電程序，直至 该充電電池143呈充滿狀態時，即停止該充電程序，並於 该感測單元13感測出該光源驅動模組u未輸出該光源驅 動Λ唬日守’輸出該充電電池丨43所儲存之直流電源訊號之 充電控制器144。此外，需予以說明的是，前述之該光源 $區動核組/1未輸出該光源驅動訊號時係指該光源驅動模 組11在輸出該光源驅動訊號時，忽然中斷。再者，前述 _之充電控制器144對該充電電池143所進行之充電程序係 為此領域中具有通常知識者可輕易理解之技術，故於此不 復針對其詳細内容予以累述。 該第一恥明單元15，係與該照明模組14電性耦接， 用以接收該光源驅動模組11所輸出之照明光源驅動訊號 並輸出光源。於本實施例中，該第二照明單元15之較佳 實施方式係為白熾燈、螢光燈、南素燈、複金屬燈或咖 燈等’其數量係可依實降雲电隹/ ^ ^ 伋貝丨不而衣進仃设置，此外，若將該第 …、月單70 15貫施為LED燈時，則更具環保概念，更符 19784 12 1301532 钃 4 合綠色照明之理念。 需—予以說明的是，該照明模組14中之光源驅動單元 2在實際實施時’亦可視所電性純之該第二昭明單元 1”5實，類型加入其他功能性處理元件，例如若該第二 =早7L 15實施為氣氣燈，則該照明模組14中之光源驅 動單元142需加設一高壓點火器。 ，調光控制模組16，係與該光源驅動模組n以及該 則單7G 13電性轉接，用以接收該感測單元]3所感測之 ^源驅動訊號並與―設^值進行比對處理以輸出調光訊 ^該光源驅動模組11，俾令該光源驅動模組η依據該 调光訊號調整該第一照明單元12之光源亮度。於本實施 -:“'^疋值係可由人為設定或為預設值’該比對處理 錢過邏輯比較n完成，其中，若該設定值係由人為設 疋則可增5又一设定單元，如旋紐，以供使 麄Γ整該第—照明單元12之光源亮度。此外，前述之^ 择f制j !6 _中之邏輯比較器所進行之比對處理以及所 a D又之认足早疋係為此領域中具有通常知識者可輕易理 解之技術，故於此不復針對其詳細内容予以累述。 -而附加況明的是’本發明照明裳置工中之第一照明 元12以及第二昭明軍开彳ς 、，、 係可依現有之燈具進行配設， 例如，有知明燈具中若有4個燈具，則可將一半燈具設置 為该弟一照明單元12以進行常態照明功能，而另-半燈 具則没置為該第二照明單元15以進行另一照明 如緊急照明功能）’此外，亦可於現有燈具上另增設第二 19784 13 1301532 照明單元15以進行該另一照明功能。 再者，本發明照明裝置丨係可於實際實施時，增設一 開=以於開關開啟之同時，啟動該常態照明功能以及該另 ”力月b亦即，冨该常fe照明功能正在執行時，該另 -照明功能係處於儲電狀態，而當該常態照明功能失效時 (電力中斷時，例如發生停電、纟災、地震、钱或跳電 專狀況），即執行該另一照明功能作為緊急照明用，此外， 鲁亦可於本發明照明裳置j實際實施時增設二個開關以分 別控制该常_照明功能以及該另—照明功能之啟動，亦 即，該常態照明功能以及該另一照明功能之啟動係可獨立 控制。 而前述之開關設置係為此領域中具有通常知識者可 輕易理解之技術，故於此不復針對其詳細内容予以累述。 綜上所述，本發明之照明裝置係主要透過電源管理模 組、光源驅動模組、感測單元以及照明模組，依照上述之 _電性耦接關係在不同狀況下，驅動第一照明單元或第二照 明單元’其運作方式係先透過該電源管理模組於接置交流 電源且經處理後輸出直流電源，再藉由該光源驅動模組接 收該直流電源並經處理後，輸出光源驅動訊號，以令該第 一照明單元於接收到該光源驅動訊號後，輸出光源，同時 持續透過該感測單元感測該光源驅動訊號強度，且藉由該 照明模組於接收到該電源管理模組所輸出之直流電源且X 經處理後輸出直流電源訊號，並透過儲電控制功能予以儲 存，最後於該感測單元感測出該光源驅動模組未輸出該光 19784 14 1301532 * ί 源驅動訊號時，藉由所儲存之直流電源訊號進行處理後， 輸出照明光源驅動訊號予第二照明單元，以輸出光源。 藉此，本發明之照明裝置可藉由該第一照明單元提供 常態照明功能，更可於該常態照明功能因該交流電源之電 力中斷而失效時，藉由該第二照明單元提供另一照明功能 (例如緊急照明功能），不僅可避免使用者不便之情事，更 可透過該常態照明功能以及該另一照明功能之整合進而 馨節省成本。此外，本發明之照明裝置更可透過調光控制模 組之運作，以更增本發明發光裝置一調光功能。 、 上述實施例僅例示性說明本發明之原理及其功效，而 非用於限制本發明。任何熟習此項技藝之人士均可在不違 背本發明之精神及料下’對上述實施例進行修飾與： 變。因此，本發明之權利保護範圍，應如後述之申 乾圍所列。 【圖式簡單說明】 •圖。第1圖係為本發明照明裝置之實施例系統架構示意 【主要元件符號說明】 1 照、明裝置 1〇 電源管理模組 100濾波單元 101整流單元 I 〇 2 功因修正單元 II 光源驅動模組 19784 15 1301532 110 電源轉換單元 111 點燈單元 12 第一照明單元 13 感測單元 14 照明模組 140 電源轉換單元 141 儲電控制單元 142 光源驅動單元 ^43 充電電池 144 充電控制器 15 第二照明單元 16 調光控制模組 2 父流電源"οThe preferred apricot Shi Fangshi is 70142; wherein 'the power conversion unit ^ is a DC buck converter (DC-DC 19784 11 1301532 ^ * step-down Converter), the light source driving unit 142 A preferred embodiment is a drive circuit. In addition, the power conversion and the light source driving processing performed by the power conversion unit 140 and the light source driving unit 142 described above are technologies that can be easily understood by those skilled in the art, and thus the details of the processing are not described herein. Repeatedly stated. In the foregoing, the power storage control unit 141 includes a rechargeable battery 143; and is electrically coupled to the power conversion unit 140, the sensing unit 13, and the charging battery 143 for receiving the power conversion unit 14 The outputted DC power signal and the charging battery 43 are charged until the charging battery 143 is in a full state, the charging process is stopped, and the sensing unit 13 senses that the light source driving module u is not The light source is driven to drive the charging controller 144 that outputs the DC power signal stored in the rechargeable battery port 43. In addition, it should be noted that when the light source driving group/1 does not output the light source driving signal, the light source driving module 11 is suddenly interrupted when the light source driving signal is output. Furthermore, the charging process performed by the charging controller 144 of the above-mentioned charging battery 143 is a technique which can be easily understood by those skilled in the art, and therefore the details thereof will not be repeated here. The first smear unit 15 is electrically coupled to the illumination module 14 for receiving the illumination source driving signal output by the light source driving module 11 and outputting the light source. In this embodiment, the preferred embodiment of the second lighting unit 15 is an incandescent lamp, a fluorescent lamp, a south lamp, a metal lamp or a coffee lamp, etc. ^ 汲 丨 丨 丨 丨 , , , , , , , , , , , , , 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若 若It should be noted that, in the actual implementation, the light source driving unit 2 of the lighting module 14 can also be used to add other functional processing elements, for example, if the second clearing unit 1 is 5 The second=early 7L 15 is implemented as a gas lamp, and the light source driving unit 142 of the lighting module 14 needs to be provided with a high voltage igniter. The dimming control module 16 is coupled to the light source driving module n and The single 7G 13 electrical switch is used to receive the source driving signal sensed by the sensing unit and to perform a comparison operation with the set value to output the dimming signal. The light source driving module 11 The light source driving module η adjusts the brightness of the light source of the first lighting unit 12 according to the dimming signal. In the present embodiment -: "'^ value can be manually set or preset value" The comparison n is completed, wherein if the set value is artificially set, a further setting unit, such as a knob, may be added to adjust the brightness of the light source of the first illumination unit 12. In addition, the comparison processing performed by the logic comparators in the above-mentioned system, and the recognition of the data is a technique that can be easily understood by those having ordinary knowledge in the field. It is not necessary to repeat the details of the details. - It is additionally noted that the first lighting element 12 and the second Zhaoming Army opening and closing device of the present invention can be configured according to existing lamps, for example, if there is a known lamp For 4 lamps, half of the lamps can be set to the lighting unit 12 for normal lighting function, and the other half lamps are not set for the second lighting unit 15 for another illumination such as emergency lighting function. A second 19784 13 1301532 lighting unit 15 may also be added to the existing luminaire to perform the other lighting function. Furthermore, the lighting device of the present invention can be additionally provided when the actual implementation is performed. When the switch is turned on, the normal lighting function is activated and the other force month b, that is, when the constant fe lighting function is being executed. The other-lighting function is in a power storage state, and when the normal lighting function fails (when power is interrupted, such as a power outage, disaster, earthquake, money, or power jump special condition), the other lighting function is performed as For emergency lighting, in addition, Lu may also add two switches during the actual implementation of the lighting device of the present invention to respectively control the constant_lighting function and the activation of the other-lighting function, that is, the normal lighting function and the other The activation of a lighting function can be independently controlled. The aforementioned switch setting is a technology that can be easily understood by those skilled in the art, and thus the details thereof will not be described in detail herein. In summary, the present invention The lighting device mainly transmits the power management module, the light source driving module, the sensing unit and the lighting module according to the above-mentioned electrical coupling relationship under different conditions. The first lighting unit or the second lighting unit is operated by the power management module to receive the AC power and processed to output the DC power, and then the DC power supply is received by the light source driving module and processed. And outputting a light source driving signal, so that the first lighting unit outputs the light source after receiving the light source driving signal, and continuously sensing the light source driving signal intensity through the sensing unit, and receiving the light source by the lighting module The DC power output from the power management module and X is processed to output a DC power signal, and is stored by the power storage control function, and finally the sensing unit senses that the light source driving module does not output the light 19784 14 1301532 * When the source drives the signal, after processing by the stored DC power signal, the illumination source driving signal is output to the second illumination unit to output the light source. Thereby, the illumination device of the present invention can be used by the first illumination unit Providing a normal illumination function, and when the normal illumination function fails due to power interruption of the AC power source, the second illumination is The unit provides another lighting function (such as emergency lighting function), which not only avoids the user's inconvenience, but also saves cost through the integration of the normal lighting function and the other lighting function. In addition, the lighting device of the present invention is more The dimming function of the illuminating device of the present invention can be further enhanced by the operation of the dimming control module. The above embodiments are merely illustrative of the principles and effects of the present invention, and are not intended to limit the present invention. Those skilled in the art can modify and modify the above embodiments without departing from the spirit and scope of the invention. Therefore, the scope of protection of the present invention should be as listed in the following paragraphs. Fig. 1 is a schematic diagram of a system architecture of an embodiment of a lighting device according to the present invention. [Main component symbol description] 1 illumination device 1 power supply management module 100 filtering unit 101 rectifier unit I 〇 2 power factor correction unit II Light source driving module 19784 15 1301532 110 power conversion unit 111 lighting unit 12 first lighting unit 13 sensing unit 14 lighting module 140 Power Conversion Unit 141 Power Storage Control Unit 142 Light Source Drive Unit ^43 Rechargeable Battery 144 Charge Controller 15 Second Lighting Unit 16 Dimming Control Module 2 Parent Flow Power Supply