M408659 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種照明燈’尤指一種具緊急照明效果之 L E D採光照明燈’係為平時照明之用，且具偵測斷電並於 斷電時自動照明。 【先前技術】 按’現今建築型態滿是高樓華夏，雖提供了更多的室 Φ 内空間，卻遮蔽了多半的自然光源，因此居家、辦公或是 么共至内％所皆必須以人工採光以提供足夠之室内採光照 明，究其一般所使用採光照明設備，因其係用於採光照明， 故需充足且廣泛的光源，如此，除須廣佈室内設置外，且 皆設置於天花板，如此才能達到最佳之照明範圍，然而， 採光照明設備係直接使用電力公司（市電）提供之電力， 因此，於電力供應中斷時，此種採光照明裝置則無法使用。 現有解決上述問題之手段係另添購一緊急照明設備， _可於平時充電，而於電力供應中斷時作為發光源使用，然 而，及於現有於市場可及之緊急照明設備，多為牆掛式， 且懸掛於樓梯轉角、走廊及逃生要口，而因此款緊急照明 設備並非以照明設計作為考量，而係僅於緊急停電，如發 生地震或火災時提供得以辨識出口之光源，以輔助逃生， 因此，此款緊急照明設備並不提供照明亮度充足的光源， 而僅提供可於黑暗令辨識位置之較微弱的光源；又因此種 緊急照明設備與該採光照明設備係分開設置，而照明效果 3 M408659 較好之處（如天花板）會優先考量設置該採光照明設備， 令此種緊急照明設備僅能懸掛於牆面上，故照明範圍又進 一步因此受限。 因此’若當電力公司係因儀器損壞（如變電箱損壞） 而發生異常斷電時’此時，人員並不需要逃生，而此時， 上述採光照明設備無法因無電力供應而無法提供照明，緊 急照明設備亦因無足夠之光源，且照明範圍又受限，而難 以接續採光照明設備提供採光照明，因此於停電時，此種 採光照明設備之功能並無法以另添購緊急照明設備來取 代。 是故，此種採光照明設備於斷電時，並無法以一緊急 照明設備取代其功能’故此種採光照明設備必須有所改良。 【新型内容】 有鑑於上述現有採光照明設備之技術缺陷，本創作的 主要目的係提出一種具緊急照明效果之led採光照明燈。 欲達上述目的所使用的主要技術手段係令該具緊急照 明效果之LED採光照明燈係具有一第一端子及一第二端 子，供與電源開關的市電線路連接，並包含有： 一 LED採光照明單元； 一 LED電源轉換裝置，係電連接至該LED採光照明單 元、該第一端子及該第二端子，用以將該第一端子及該第 二端子提供之市電電力轉換成匹配該LED採光照明單元之 規格’並供應該LED採光照明單元電源； 一備用電源模組，係電連接至該第一端子、該第二端 M408659 子及該LED採光照明模組，係於該第一端子與該第二端子 與市電構成迴路時充電，並藉㈣測市電上之小訊號狀 .‘態，判斷市電之電力源是否異常終止，以決定是否自動對 該LED採光照明單元供電。 因上述本創作之第一端子及第二端子係電連接至對應 之市電之火線及地線，因具有該LED電源轉換裝置及該備 用電源模組，故於市電之電力供應正常時，該LED電源轉 換裝置轉換市電提供之電力令該LED採光照明單元發光而 φ 作為採光照明使用，而該備用電源模組係於此時充電，而 當市電之電力源異常終止供電而原市電所载之小訊號消 失’該備用電源模組偵測到小訊號消失，則自動對該L E D 採光照明模組供電’如此即可達到於市電異常終止時仍可 令該LED採光照明模組受電力供應，而不需額外添購緊急 照明設備’不僅可節省花費，亦避免因採光照明設備與緊 急照明設備分開設置所造成緊急照明設備需屈就於採光照 明設備，而又更限制照明效果之問題。 【實施方式】 請參閱圖1及圖2 ’本創作具緊急照明效果之LED採 光照明燈1係具有一第一端子2及一第二端子3，供與電源 開關的市電線路連接’並包含有： 一 LED採光照明單元1 0，係包含一燈具本體11及一 LED燈板12,該LED燈板12係設置於該燈具本體11内， 於本實施例，該燈具本體11係為燈管，該LED燈板1 2係 為單體多晶之磊晶LED燈板，其包含一基板121及複數個 5 M408659 LED晶體122，各LED晶體122係封裝於該基板121上， 且各LED晶體122可為白光LED晶體、晝光LED晶體、 黃光LED晶體、燈泡色光LED晶體及藍光LED晶體，或 可如圖3所示，該LED燈板12係為LED光源電路，其包 含有一電路基板121’及複數LED燈122，，各LED燈122, 係設置於該電路基板121’上’且各LED燈121’可為白光 LED燈、畫光LED燈、黃光LED燈、燈泡色光i_ED燈及 藍光LED燈； 一 LED電源轉換裝置20’係電連接至該第一端子2、 第二端子3及該L E D採光照明單元1 〇，用以將該第一端子 2及該第二端子3提供之市電電力轉換成匹配該i_ED採光 照明單元10之規格’並供應該L E D採光照明單元1 〇電源； —備用電源模組30，係包含有一充電電源轉換裝置 31、一充電電池32、一升壓電路模組33及一偵測斷電電 路34，該充電電源轉換裝置31係連接於該第一及第二端子 2、3與該充電電池32之間，將該第一及第二端子2、3的 市電轉換為對充電電池32的充電電源，該充電電池32係 電連接至該偵測斷電電路34及該升壓模組33,並提供該憤 測斷電電路34之動作電源，該升壓電路模33組係電連接 至該LE D採光照明單元1 〇，該俄測斷電電路34並檢知第 二端子3之小訊號狀態，於判斷小訊號消失時觸發該升壓電 路模組33，令該升壓電路模組33配合該充電電池32供應 該L E D採光照明單元1 0電源，於本實施例，該偵測斷電電 路係如圖4所揭示，係由輸入至輸出分別為一交聯電路 341、一訊號放大器342及一開集極輸出電路，並先經 卿8659 由該交聯電路341遽除該市電訊號中的大訊號，而過遽出市 電訊號所載之小訊號後，由該訊號放大器342檢知該小訊號 狀態’而切換輸出之電位’並透該開集極輸出電路343觸發 該升虔電路模組33，又可於該訊號放大器342 輸出電路⑷之間串接一邏輯電路344，以將該訊號= 342之輸出電位邏輯轉換成對應控制該開集極輸出電路⑷ 之控制電位邏輯，且於本實施例，該訊號放大器342檢知無 小訊號時之輸出f位為低電位，且該開集極輸出電路如為 鲁正緣觸發，故搭配該邏輯電路343係為一反向器，以將該訊 號放大II 342之輸出電位反向，以對應控制該開集極輸出電 路 343 ° 使用時，將本創作之第一端子2連接於串接於市電線 路之火線的開關40上，且該第二端子3係電連接至市電之 地線’右市電正常供電時，不管開關4〇是否開啟，該偵測 斷電電路34均可檢測市電之地線上小訊號，藉由小訊號的 有無判斷市電正常與否。 瞻 田使用者開啟該開關4〇時，係令該匕曰〇電源轉換裝置 •-與市電形成迴路，如此，該LED電源轉換裝置轉2〇 = 將市電供應之電力轉換成匹配該LED採光照明單元，〇之電 2，並對其供電而令其發光，如此，即可作為一般採光照明 "又備使用’ X此同時’該備用電源模组3〇之充電電源供應 裝置31亦與該市電形成迴路，而對該充電電池32充電， T該充電電池32於市電電力供應正常時即充滿電力；而一 <市電異㊉終止供電時，該市電之地線經過該交聯電路34】 J。凡號/肖失，而該該訊號放大器之輸出電位轉為零電 7 M408659 位’經過該邏輯電$ 344轉為高電位，致使該開集極輸出 電路343觸發該升壓電路模組33升壓，此時，因該充電電 池16已於平時充滿電力，即可由該升壓電路33配合該充 電電池32對該LED採光照明單元1〇供電，如此，即可驅 使該LED採光照明單丨1〇發光，是以，本創作係可平時儲 存電力’並於斷電時仍可達到照明之效果。 又，因有部分住宅之電源配線係將該開關4〇串接於市 電之地線上，而因本創作之偵測斷電電路34之電路工作原 理，若改將第一端子2連接至串接於地線的該開關40，而 將該第二端子3接於市電之火線上，該偵測斷電電路34， 依然可先透過交聯電路341過濾掉火線上之大訊號，而濾 出小訊號’並透過其後方電路之作動觸發該升壓電路模組 33’如此’本創作係能因應各住宅電源配線之不同，不必 更改住宅電源配線。 综上所述’本創作係可於斷電後仍能可達到照明效 果，因此本創作不需另外添購一緊急照明設備，得以減少 化費，除此之外’亦可同時解決因緊急照明設備與採光照 明設備分開設置之問題’而可直接設置於採光照明最佳之 位置（如天彳t板上）’如此，不論於日常採光照明用或斷 電時緊急照明用’皆能有最佳之照明效果，又本創作之偵 測斷電電路之電路工作特性係吻合可單獨偵測市電之火線 或地線’故適用於所有住宅之電源配線，而可不必強行更 換電源配線’因此’本創作確實可以改善習用之採光照明 設備之缺陷。 M408659 【圖式簡單說明】 圖1:為本創作之電路功能方塊圖。 圖2:為本創作之一較佳實施例立體圖。 圖3:為本創作之另一較佳實施例立體圖。 圖4:係為本創作之另一電路功能方塊圖。 【主要元件符號說明】 1 LED採光照明燈< r 2第一端子 3第二端子 10 LED採光照明單元 11燈具本體 12 LED燈板 121基板 122 LED晶體 121’電路基板 122’LED 燈 20 LED電源轉換裝置 30備用電源模組 31充電電源轉換裝置 32充電電池 33升壓電路模組 34偵測斷電電路 341交聯電路 342訊號放大器 343開集極輸出電路 344邏輯電路 40開關M408659 V. New Description: [New Technology Field] This creation is about a kind of lighting lamp, especially an LED lighting lamp with emergency lighting effect. It is used for normal lighting, and it is detected and powered off. Automatic lighting when electricity. [Prior Art] According to the current building type, it is full of high-rise buildings in China. Although it provides more room Φ inner space, it covers most of the natural light source. Therefore, at home, office or all of them must be Artificial lighting to provide sufficient indoor lighting, it is generally used in lighting equipment, because it is used for lighting, so it needs ample and extensive light source, so in addition to the wide indoor setting, and are placed in the ceiling In order to achieve the best illumination range, however, the lighting equipment is directly used by the power company (commercial power), so when the power supply is interrupted, such lighting lighting devices cannot be used. The existing means to solve the above problems is to purchase an emergency lighting device, which can be charged at ordinary times and used as a light source when the power supply is interrupted. However, the existing emergency lighting equipment available in the market is mostly wall hanging. It is suspended from the corners of the stairs, corridors and escape points. Therefore, the emergency lighting equipment is not considered as a lighting design. It is only for emergency power outages. If an earthquake or fire occurs, it can provide a light source to identify the exit to assist the escape. Therefore, this emergency lighting device does not provide a light source with sufficient illumination, but only provides a weak light source that can identify the position in the dark; therefore, the emergency lighting device is separately provided from the lighting device, and the lighting effect is 3 M408659 The better (such as the ceiling) will give priority to the setting of the lighting equipment, so that the emergency lighting can only hang on the wall, so the lighting range is further limited. Therefore, 'when the power company is abnormally powered off due to instrument damage (such as transformer box damage), at this time, the personnel do not need to escape, and at this time, the above lighting equipment cannot be provided without lighting. Emergency lighting equipment also has no sufficient light source, and the lighting range is limited, and it is difficult to continue lighting lighting equipment to provide lighting illumination. Therefore, in the event of power failure, the function of such lighting lighting equipment cannot be purchased with additional emergency lighting equipment. Replace. Therefore, such lighting equipment cannot replace its function with an emergency lighting device when the power is turned off. Therefore, such lighting equipment must be improved. [New content] In view of the technical defects of the above-mentioned existing lighting equipment, the main purpose of this creation is to propose a led lighting fixture with emergency lighting effect. The main technical means used for the above purpose is to enable the emergency lighting effect LED lighting lamp to have a first terminal and a second terminal for connection with the mains line of the power switch, and includes: an LED lighting An LED power conversion device electrically connected to the LED lighting unit, the first terminal and the second terminal for converting the mains power provided by the first terminal and the second terminal to match the LED a specification of the lighting unit and supplying the LED lighting unit power; a standby power module electrically connected to the first terminal, the second end M408659 and the LED lighting module, the first terminal Charging with the second terminal and the mains to form a circuit, and by (4) measuring the small signal state on the mains, determining whether the mains power source is abnormally terminated, to determine whether to automatically supply power to the LED lighting unit. Since the first terminal and the second terminal of the above-mentioned creation are electrically connected to the corresponding hot wire and ground wire of the commercial power, the LED power conversion device and the standby power supply module are provided, so when the power supply of the commercial power is normal, the LED The power conversion device converts the power provided by the mains to cause the LED lighting unit to emit light and φ as the lighting illumination, and the standby power module is charged at this time, and when the power source of the utility power abnormally terminates the power supply, the original power supply is small. The signal disappears. 'The backup power module detects that the small signal disappears, and then automatically powers the LED lighting module.' So that the LED lighting module can be supplied with power when the utility power is abnormally terminated, instead of The need to purchase additional emergency lighting equipment' not only saves money, but also avoids the problem that the emergency lighting equipment needs to be bent on the lighting equipment due to the separate setting of the lighting equipment and the emergency lighting equipment, and the lighting effect is more limited. [Embodiment] Please refer to FIG. 1 and FIG. 2 'The LED lighting illuminating lamp 1 with emergency lighting effect has a first terminal 2 and a second terminal 3 for connection with the mains line of the power switch' and includes An LED lighting unit 10 includes a lamp body 11 and an LED lamp board 12, and the LED lamp board 12 is disposed in the lamp body 11. In the embodiment, the lamp body 11 is a lamp tube. The LED light board 12 is a single crystal polycrystalline epitaxial LED light board, which comprises a substrate 121 and a plurality of 5 M408659 LED crystals 122. Each LED crystal 122 is packaged on the substrate 121, and each LED crystal 122 It may be a white LED crystal, a neon LED crystal, a yellow LED crystal, a bulb color LED crystal, and a blue LED crystal, or as shown in FIG. 3, the LED panel 12 is an LED light source circuit including a circuit substrate 121. 'and a plurality of LED lamps 122, each LED lamp 122 is disposed on the circuit substrate 121' and each LED lamp 121' can be a white LED lamp, a light LED lamp, a yellow LED lamp, a bulb color i_ED lamp and a blue LED lamp; an LED power conversion device 20' is electrically connected to the first terminal 2. The second terminal 3 and the LED lighting unit 1 are configured to convert the mains power provided by the first terminal 2 and the second terminal 3 into a specification that matches the i_ED lighting unit 10 and supply the LED lighting. The lighting unit 1 includes a charging power conversion device 31, a charging battery 32, a boosting circuit module 33, and a detecting power-off circuit 34. The charging power conversion device 31 is provided. Connected between the first and second terminals 2, 3 and the rechargeable battery 32, the mains of the first and second terminals 2, 3 are converted into a charging power source for the rechargeable battery 32, and the rechargeable battery 32 is electrically connected. The detection power-off circuit 34 and the boosting module 33 are provided, and the operating power of the insulting power-off circuit 34 is provided. The boosting circuit module 33 is electrically connected to the LE D lighting unit 1 〇. The power-measuring circuit 34 detects the small signal state of the second terminal 3, and triggers the boosting circuit module 33 when the small signal disappears, so that the boosting circuit module 33 supplies the LED lighting with the rechargeable battery 32. Lighting unit 10 power supply, in this embodiment, the As shown in FIG. 4, the input and output circuits are respectively a cross-linking circuit 341, a signal amplifier 342 and an open collector output circuit, and are first removed by the cross-linking circuit 341 by the Qing 8659. After the large signal in the mains signal, and after the small signal contained in the outgoing signal, the signal amplifier 342 detects the state of the small signal and switches the output potential and triggers the rise through the open collector output circuit 343. The circuit module 33 can further connect a logic circuit 344 between the signal amplifier 342 output circuit (4) to logically convert the output potential of the signal = 342 into a control potential logic corresponding to the open collector output circuit (4). In the embodiment, the signal amplifier 342 detects that the output f bit of the small signal is low, and the open collector output circuit is triggered by the positive edge, so the logic circuit 343 is reversed. The first terminal 2 of the present invention is connected to the switch 40 connected to the live line of the mains line when the output potential of the signal amplification II 342 is reversed to correspondingly control the open collector output circuit 343 °. And The second terminal 3 is electrically connected to the ground of the commercial power supply. When the right main power supply is normally powered, the detection power-off circuit 34 can detect the small signal of the ground line of the commercial power regardless of whether the switch 4 is turned on, and whether the small signal is judged by the presence or absence of the small signal. The mains is normal or not. When the Kaneda user turns on the switch 4〇, the power conversion device is connected to the mains, so that the LED power conversion device turns 2〇= converts the power of the mains supply into matching the LED lighting. Unit, electric power 2, and power it to make it shine, so that it can be used as general lighting lighting " The utility battery forms a loop, and the rechargeable battery 32 is charged, and the rechargeable battery 32 is fully charged when the commercial power supply is normal; and when the commercial power supply is terminated, the ground of the commercial power passes through the cross-linking circuit 34] J. The horn/shaw is lost, and the output potential of the signal amplifier is turned to zero. The power of the M M M M M M M M M M M M M M M M M M M M M M M M M M M M At this time, since the rechargeable battery 16 is fully charged with power, the boosting circuit 33 can be used to supply power to the LED lighting unit 1 in cooperation with the rechargeable battery 32. Thus, the LED lighting illumination unit can be driven. 〇 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Moreover, since some of the power wirings of the house connect the switch 4〇 to the ground of the commercial power, and the circuit working principle of the detected power-off circuit 34 of the present invention, the first terminal 2 is connected to the serial connection. The switch 40 is connected to the ground line of the mains, and the second terminal 3 is connected to the mains of the mains. The detection and power-off circuit 34 can still filter the large signal on the live line through the cross-linking circuit 341, and filter out the small signal. The signal 'and triggers the boost circuit module 33' through the operation of the rear circuit. This is the same as the power wiring of each house, and it is not necessary to change the residential power wiring. In summary, the 'creation system can still achieve the lighting effect after the power is cut off. Therefore, this creation does not need to purchase an emergency lighting device to reduce the cost. In addition, it can also solve the emergency lighting. The problem that the equipment is set separately from the lighting equipment can be directly set in the best position of the lighting (such as the Tianzhu t board). So, regardless of the daily lighting or emergency lighting, the emergency lighting can have the most The lighting effect of the lighting, and the circuit working characteristics of the detection and power-off circuit of the creation are consistent with the detection of the fire line or ground wire of the main power supply. Therefore, it is applicable to the power wiring of all the houses, and it is not necessary to forcibly replace the power wiring. This creation does indeed improve the deficiencies of conventional lighting equipment. M408659 [Simple description of the diagram] Figure 1: Block diagram of the circuit function of this creation. Figure 2 is a perspective view of a preferred embodiment of the present invention. Figure 3 is a perspective view of another preferred embodiment of the present invention. Figure 4: is a block diagram of another circuit function of this creation. [Main component symbol description] 1 LED lighting illuminator < r 2 first terminal 3 second terminal 10 LED lighting unit 11 lamp body 12 LED lamp board 121 substrate 122 LED crystal 121' circuit board 122' LED lamp 20 LED power supply Conversion device 30 backup power module 31 charging power conversion device 32 charging battery 33 boosting circuit module 34 detecting power-off circuit 341 cross-linking circuit 342 signal amplifier 343 open collector output circuit 344 logic circuit 40 switch