坩乃1619 五 、新型說明： 【新型所屬之技術領域】 99年〇5月26 曰修正替換· 本創作係為一種照明裝置，尤指一種照明裝置於失去 外界所供應之電力時，可以透過本身所内建一電池之電力 持續提供該照明裝置於一定之時間内達到照明之目的。 【先前技術】 隨著照明科技的發展’對未來照明光源的評價不僅僅 是著眼於光效範疇，還應強調照明效果、光的舒適性、光 鲁 的生物效應、光的安全性評價，以及環保性能、資源消耗 的"平4貝。故此 ’ LED(LightEmittingDiodes ;發光二極體） 燈在未來具有很強的潛在優勢，其應用場合以及市場比例 會迅速擴大增加，而特有的光電性能、安全性能、及環保 性能將來會完全取代傳統光源’成為新世代革命性的照明 方式。 ' 於市面上所販售之各式各樣的led燈具中，係根據 不同的使帛場所以及照度之需求，分別以不同數量以及功 鲁 率之LED發光二極體所構成，一般而言，都必須經由市 電提供所需電力來源使LED燈具得以順利進行工作，但 不論是傳統燈具或是LED燈具於市電停止供應電源時皆 無法繼續提供照明的功能。 因此，本創作針對如何能在市電突然停止供應電源時 了以透過電源開關依舊能使LED燈具進行正常照明工 作，達到可延長照明時間令使用者可以有充裕的時間應 4 M391619 99年05月26日修正替換 變，更可進一步取代室内緊急照明燈之功能^ 【新型内容】 本創作的主要目的係在於提供一種照明裝置，其中， 藉由於一燈架中增設置一電池，達到於市電突然停止供應 電源時仍可靠該電池所儲傷之電力提供照明之目的。 本創作之另一目的，在於提供一種照明裝置，其係利 用一固定結構達到使該照明裝置固定於牆面或天花板 上’且進一步達到使該照明裝置改變投射角度之目的。 為達上述之目的，本創作在於提供一種照明裝置，其 係主要包括有：至少一 LED發光模組、一燈架、一基板、 一電池、一蓋體、至少兩護蓋、以及一固定結構所組合而 成0 該燈架係包括有一頂端、一底端、以及一中空處，並 於該頂端設有一相對應之條狀溝槽，且於該底端設有呈凹 槽狀之一容置空間以及一相對應之條狀溝槽。該基板係提 供該LED發光模組結合於其上，並設置於該燈架之該容 置空間内，令該LED發光模組對應於該容置空間之開口 處6 該電池係設置於該燈架之該中空處，並與該基板做電 性連接。該蓋體其位於該燈架之該底端上，並鑲嵌於該相 對應之條狀溝槽内。該護蓋係分別結合於該燈架之兩端並 將該LED發光模組所固接之該基板以及該電池分別封閉 於該燈架之該容置空間以及該中空處内，而固定結構則將 5 99年05月26日修正替換. 該照明散置固定於牆面或天花板之上。 ^“、、月裝置於失去外界所供應之電力時，透過該照明 裝置上所連接之—電賴關控制該電軸所儲備之電力 持、貝提供基板上之LED模組於—定之時間内達到照明之 目的。 【實施方式】 為了冑b更清楚地描述本創作所提出之照明裝置，以下 將配合圖式詳細說明之。 請參閱圖一、圖二、圖三、圖四所示，其中，該照明 裝置1係包括有：至少一 LED發光模組11、一燈架12、 一基板13、一蓋體14、至少兩護蓋15、一電池16、一電 源控制模組17以及一固定結構18所組合而成。 該燈架12係為以鋁擠出成型或是壓鑄成型之一條狀 架體，其包括有：一頂端121、一底端122、以及一中空 處123。於該頂端121設有一相對應之條狀溝槽12U，且 於該底端122設有呈凹槽狀之一容置空間mu以及一相 對應之條狀溝槽1222。該燈架12之兩側邊係大致為複數 個片狀之散熱縛片124並間隔一預設距離所排列構成，透 過該複數個散熱鰭片124不僅增加該LED模組11散熱之 面積更加快該燈架12本身散熱之速度。 於本創作第一較佳實施例中，該基板13係為一 pCB (Printed circuit board)印刷電路板。該基板13之材質係 可以是金屬基板（例如鋁基板或銅基板等）或是非金屬之 M3916.19 99年05月26日修正替換 PCB印刷電路板其中之一。該基板13具有^:少電路迴----— 路’而該基板13係用以提供該LED發光模組11結合於 其上，並且進一步設置於該燈架12之該容置空間1221 内’令該LED發光模組11對應於該容置空間1221之開 口處。當然，該基板13可以是於該容置空間1221内透過 卡固、螺合 '鑲嵌、或是貼附之方式結合於該燈架12之 上，使該基板13可以將該LED模組11所產生之熱能傳 導至該燈架12之上，由於此種固定技術係為一般熟悉之 結合方式’故在此不再詳加贅述。 該蓋體14係為一透明蓋體，係其位於該燈架12之該 底端122上，其中兩對邊係分別為結合端丨41並鑲嵌於該 相對應之條狀溝槽1222内，其具有防止異物及灰塵侵 入’亦同時可遮蔽内部所設之電路元件使其具有美化的作 用。該蓋體14可以是凸透鏡、凹透鏡、平面鏡、以及擴 散板其中之一。該蓋體14亦可以是透明、霧狀、或是有 顏色之透光片。 該護蓋15更包括有：複數個螺孔151、一防水墊圈 152、以及一結合孔153。該護蓋15係透過複數個固定螺 絲4透過該螺孔151分別結合於該燈架12之兩端，令該 LED發光模組11所結合之該基板13以及該電池16與該 電源控制模組17分別封閉於該燈架12之該容置空間 1221以及中空處123之内。該防水墊圈152係分別夾合 於該護蓋15與該燈架12之間，達到令該容置空間1221 與該燈架12内之該中空處123不易渗入水氣。該防水整 圈152之材質可以是橡膠、以及矽膠其中之一。 7 99年05月26日修正替換 該電池16係為可反覆充電式之充電電- 該燈架12之該令空處123,並與該電源控制模組17做電 性連接，用以作為該LED發光模組u之備用電力之來 源。該電池16係可以是鎳鉻電池、鎳氫電池、以及鋰電 池其中之一。該電源控制模組17係設置於該燈架12上之 該中空處123 ’並分別絲板13、以及電池16做電性連 接’其具有變壓以及整流之功能。 該固定結構18係將該照明裝置1固定於牆面或天花 板之上，該固定結構18更包括：至少一調整式掛架181、 φ 以及至夕固疋式掛架182 (另示於圖六）。於本創作第 較佳實施例中，該固定結構丨8係為調整式掛架丨幻， 該調整式掛架181係分別結合於該照明裝置丨兩側之該護 蓋15上，其包括：一固定端1811、一結合端1812、以及 一調整το件1813。 該固定端1811與該結合端1812係大致呈垂直狀，而 於該固定端1811上預設有至少一貫孔18111以提供固定 於牆面或天花板之上，而該結合端18丨2上則設有複數個 鲁 調整孔18121 ’該調整孔18121係透過該調整元件1813 結合於該護蓋15之該結合孔153上，進一步藉以調整該 燈架12内所設之該LED發光模組11對外的投射角度、 以及該燈架12至所固定之牆壁或天花板間的距離。 請參閱圖五A所示，其中，該照明裝置1之該電源 控制模組17係分別與一市電2 ( ii〇v〜240V，亦即電源 總開關）以及一電源開關3電性連接，該電源控制模組 17將該市電2所提供之電力由原本110V或240V之交流 99年05月26日修正替換 電（AC)轉換成直流電（DC)，經該電源控 - 所設置之㈣並透聰電關關3進行啟動該照明 裝置1之照明動作。 當該市電2無預警跳電或是停止對該照明裝置^進行 電力之供應時’該照明裝置〗仍可進照明之動作，但此時 該照明裝置1之電力來源則來自於内建之該電池16以提 供該LED模組11照明時所需之電力，待該市電2恢復正 常供電時’一方面可以提供該LED模組11照明時所需之 電力，另一方面則可同時針對該電池16蓄電不足的程度 進行充電之動作。 請參閱圖五B所示，其中，該電源控制模組17更包 括有：一第一電源電路17卜一充電電路172、一控制電 路173、以及一第二電源電路174。該第一電源電路171 與該第二電源電路174之線路迴路相同。 該第一電源電路171之電源輸入端是直接連接到外 界之市電2的供電路徑A，其可將交流電AC轉換成直流 電DC。藉由電容C1以及電阻R1並聯後與橋接式整流器 D1〜D4相連接’由於該電容C1就有限制電流之功能， 而電阻R1則為電容C1之放電電阻已於停電時消耗電容 C1内積存之電量，由橋接式整流器D1〜D4將交流電轉 換成直流電，並輸出給充電電路172 ^ 該充電電路172係可將該第一電源電路171所輸出之 直流電予以穩壓濾波以便對該電池16進行充電，其連接 限流用電阻R2與該穩壓用曾納二極體D5(Ziner diode)、 濾波電容C2、電池16以及該電池16 —端所串連之二極 99年05月26日修正替換 體D7並聯，以防止電流逆流。 ---- θ該控制電路173係可偵測來自供電路徑Α之該市電2 是否停電，右是則以該電池16作為主要供電源驅動並把 電池16的電力由供電_ c輪出至基板13 模組坩乃1619 V. New Description: [New Technology Area] 99 years/May 26 曰Revision and replacement· This creation is a kind of lighting device, especially a lighting device that can pass through itself when it loses the power supplied by the outside world. The power of a built-in battery continues to provide the lighting device for illumination within a certain period of time. [Prior Art] With the development of lighting technology, the evaluation of future lighting sources is not only focused on the scope of light effects, but also emphasizes the lighting effect, the comfort of light, the biological effects of light, the safety evaluation of light, and Environmental performance, resource consumption " flat 4 shells. Therefore, 'LED (Light Emitting Diodes) lamps have strong potential advantages in the future, their applications and market proportions will rapidly expand and increase, and the unique photoelectric performance, safety performance, and environmental performance will completely replace the traditional light source in the future. 'Become a revolutionary way of lighting for the new generation. 'A wide range of LED luminaires sold in the market are composed of LED illuminators of different numbers and gongs according to different requirements for sputum and illuminance. In general, It is necessary to provide the required power source through the utility power to enable the LED luminaire to work smoothly, but the traditional luminaire or the LED luminaire cannot continue to provide illumination when the commercial power supply is stopped. Therefore, this creation is aimed at how the LED lighting can still be used for normal lighting work when the mains supply suddenly stops supplying power, so that the user can have sufficient time to extend the lighting time. 4 M391619 99 May 26 The daily correction and replacement function can further replace the function of indoor emergency lighting. ^ [New content] The main purpose of this creation is to provide a lighting device in which the mains supply suddenly stops due to the addition of a battery in a light stand. The power stored in the battery is still reliable when supplying power. Another object of the present invention is to provide a lighting device that uses a fixed structure to secure the lighting device to a wall or ceiling' and further achieves the purpose of changing the projection angle of the lighting device. In order to achieve the above object, the present invention provides a lighting device, which mainly includes: at least one LED lighting module, a lamp holder, a substrate, a battery, a cover, at least two covers, and a fixing structure. The lamp holder comprises a top end, a bottom end, and a hollow portion, and a corresponding strip groove is disposed at the top end, and the bottom end is provided with a groove shape Space and a corresponding strip groove. The substrate is provided with the LED light-emitting module coupled to the LED light-emitting module and disposed in the receiving space of the light fixture, wherein the LED lighting module corresponds to the opening of the receiving space. The hollow portion of the frame is electrically connected to the substrate. The cover body is located on the bottom end of the lamp holder and is embedded in the corresponding strip-shaped groove. The cover is respectively coupled to the two ends of the lamp holder, and the substrate and the battery to which the LED lighting module is fixed are respectively enclosed in the accommodating space of the lamp holder and the hollow portion, and the fixing structure is Replacement of the correction on May 26, 1999. The lighting is fixed on the wall or ceiling. ^", the monthly installation of the device is connected to the power supply through the lighting device, the electricity stored in the control unit is controlled by the power supply, and the LED module on the substrate is provided for a certain period of time. The purpose of the illumination is achieved. [Embodiment] The lighting device proposed by the present invention will be described more clearly in the following, which will be described in detail below with reference to the drawings. Please refer to FIG. 1, FIG. 2, FIG. 3 and FIG. The lighting device 1 includes at least one LED lighting module 11, a light frame 12, a substrate 13, a cover 14, at least two covers 15, a battery 16, a power control module 17, and a fixed The lamp holder 12 is a strip-shaped frame formed by extrusion or die-casting of aluminum, and includes a top end 121, a bottom end 122, and a hollow portion 123. A corresponding strip-shaped groove 12U is defined in the bottom end 122, and a receiving space mu and a corresponding strip-shaped groove 1222 are formed in the bottom end 122. The two sides of the lamp holder 12 are A plurality of sheet-shaped heat dissipation tabs 124 are spaced apart by a predetermined distance The arrangement of the plurality of heat dissipating fins 124 not only increases the heat dissipation area of the LED module 11 but also accelerates the heat dissipation of the lamp holder 12 itself. In the first preferred embodiment of the present invention, the substrate 13 is A printed circuit board (PCB) printed on a printed circuit board. The material of the substrate 13 may be a metal substrate (such as an aluminum substrate or a copper substrate) or a non-metal M3916.19 modified replacement PCB printed circuit board on May 26, 1999. The substrate 13 has a circuit that is connected to the LED light-emitting module 11 and is further disposed on the light-frame 12 In the space 1221, the LED lighting module 11 is corresponding to the opening of the accommodating space 1221. Of course, the substrate 13 can be affixed, screwed, or attached in the accommodating space 1221. The method is coupled to the lamp holder 12, so that the substrate 13 can transmit the thermal energy generated by the LED module 11 to the lamp holder 12. Since the fixing technology is a generally familiar combination, I will not go into details. The cover 14 is a transparent one. The cover body is located on the bottom end 122 of the lamp holder 12, wherein the two pairs of side edges are respectively combined with the end turns 41 and are embedded in the corresponding strip-shaped grooves 1222 to prevent foreign matter and dust from entering. At the same time, the circuit components disposed inside can be shielded to beautify. The cover 14 can be one of a convex lens, a concave lens, a plane mirror, and a diffusion plate. The cover 14 can also be transparent, foggy, or The protective cover 15 further includes: a plurality of screw holes 151, a waterproof gasket 152, and a coupling hole 153. The cover 15 is respectively coupled through the screw holes 151 through a plurality of fixing screws 4 The substrate 13 and the battery 16 and the power control module 17 are respectively enclosed in the accommodating space 1221 and the hollow portion 123 of the lamp holder 12 at the two ends of the lamp holder 12. within. The waterproof gasket 152 is respectively sandwiched between the cover 15 and the lamp holder 12 so that the accommodating space 1221 and the hollow portion 123 in the lamp holder 12 are less likely to penetrate into the water. The material of the waterproof ring 152 may be one of rubber and silicone. On May 26, 1999, the replacement of the battery 16 is a rechargeable charging type - the space 123 of the lamp holder 12 is electrically connected to the power control module 17 for use as the The source of the backup power of the LED lighting module u. The battery 16 can be one of a nickel-chromium battery, a nickel-hydrogen battery, and a lithium battery. The power control module 17 is disposed at the hollow portion 123' on the lamp holder 12 and electrically connected to the wire plate 13 and the battery 16, respectively, which has the functions of voltage transformation and rectification. The fixing structure 18 fixes the lighting device 1 on a wall or a ceiling. The fixing structure 18 further comprises: at least one adjustable hanger 181, φ and a sturdy pylon 182 (also shown in Figure 6). ). In the preferred embodiment of the present invention, the fixed structure 丨 8 is an adjustable pylon, and the gantry 181 is respectively coupled to the cover 15 on both sides of the illuminating device, and includes: A fixed end 1811, a combined end 1812, and an adjustment τ means 1813. The fixed end 1811 and the joint end 1812 are substantially perpendicular, and at least the consistent hole 18111 is pre-arranged on the fixed end 1811 to provide fixing on the wall or the ceiling, and the joint end 18丨2 is provided. The adjusting hole 18121 is coupled to the connecting hole 153 of the cover 15 through the adjusting component 1813, so as to further adjust the LED lighting module 11 disposed in the lamp holder 12 to the outside. The projection angle, and the distance between the light fixture 12 and the fixed wall or ceiling. Referring to FIG. 5A, the power control module 17 of the lighting device 1 is electrically connected to a mains 2 (ii〇v~240V, that is, a power main switch) and a power switch 3, respectively. The power control module 17 converts the power provided by the mains 2 from the originally modified 110V or 240V AC on May 26th to the DC (DC), and is set by the power control - (4) Cong Electric Off 3 performs the lighting action of the lighting device 1. When the utility power 2 has no early warning power jump or stops supplying power to the lighting device ^, the lighting device can still enter the lighting action, but at this time, the power source of the lighting device 1 is from the built-in The battery 16 provides the power required for the illumination of the LED module 11 when the mains 2 is restored to normal power supply. On the one hand, the power required for the illumination of the LED module 11 can be provided, and on the other hand, the battery can be simultaneously targeted. 16 The charging operation is performed to the extent that the power storage is insufficient. Referring to FIG. 5B, the power control module 17 further includes a first power circuit 17, a charging circuit 172, a control circuit 173, and a second power circuit 174. The first power circuit 171 is the same as the line circuit of the second power circuit 174. The power input of the first power supply circuit 171 is a power supply path A of the mains 2 directly connected to the outside, which converts the alternating current AC into a direct current DC. The capacitor C1 and the resistor R1 are connected in parallel and connected to the bridge rectifiers D1 to D4. The capacitor C1 has a function of limiting the current, and the resistor R1 is the capacitor C1. The discharge resistor has accumulated in the capacitor C1 during the power failure. The electric quantity is converted into direct current by the bridge rectifiers D1 to D4, and is output to the charging circuit 172. The charging circuit 172 can stabilize the direct current outputted by the first power supply circuit 171 to charge the battery 16. The connection current limiting resistor R2 and the Zener diode D5 (Ziner diode), the filter capacitor C2, the battery 16 and the battery 16 are connected in series to the end of the battery. D7 is connected in parallel to prevent current from flowing back. θ The control circuit 173 can detect whether the mains 2 from the power supply path is powered off, and rightly, the battery 16 is used as the main power supply and the battery 16 is powered out by the power supply_c to the substrate. 13 modules
U。該控制電路173係將電晶體Q1之射、集極與該電池 16並聯’膽電晶體Q1之集極串聯電組似，該電晶體 Q1之基極職接-與充電電路172輸人端連接之二極體 D8 ’該基極亦連接—電阻R5 ’該電阻R5之另一端則連 接諸多分㈣阻R6〜R8、電容C3以及料二極體㈣ 之負極，該電阻R7及電紅3 $端則連接一與充電電路 172輸入端連接之二極體D9，電晶體Ql之集極連接另一 電晶體Q2之基極，該電晶體Q2之集、射極係分別與曾 納二極體D10正極及電池16負極連接。 該第二電源電路174之線路迴路與第一電源電路17 相同，同樣可以把來自交流電轉換成直流電。但是，第_ 電源電路174之電源輸入端是透過電源開關3而連接於^ 電2之電路路徑B’且第二電源電路m之電源輪出端(1 電路路徑）是直接連_基板13與咖模組u。 也就是說，如圖五B所千，甘士 #& Μ 中，該電源控制模细 接點均分別與該市電2 (AC110V)電性键 接，因此本創作該照明裝置〗可產 f 21 之供麵： 如下所不之二種不同 电2維持正常供電而該電源開關3 時’該第一電源電路⑺轉心 電麼之DC直，且經由該充電電路172係針對該電池 M3916.19 99年05月26日修正替換 灯，動作，此時該控制電路⑺將不- 故C與D電路路徑皆無電流輪4，所以該LED模4且η 呈媳滅絲。❹卜，在另—實_巾，也可崎擇在圖五 Β所不之C電路路徑上再串連另—個二極體（圖中未 不）’以防止電流自D電路路徑經c電路路徑逆流回控制 電路173。U. The control circuit 173 is similar to the collector and collector of the transistor Q1 connected in parallel with the battery 16 'the collector of the bile transistor Q1. The base of the transistor Q1 is connected to the input terminal of the charging circuit 172. The diode D8 'the base is also connected - the resistor R5 ' the other end of the resistor R5 is connected to a plurality of (four) resistor R6 ~ R8, capacitor C3 and the negative pole of the material diode (four), the resistor R7 and the electric red 3 $ The terminal is connected to a diode D9 connected to the input end of the charging circuit 172, and the collector of the transistor Q1 is connected to the base of another transistor Q2. The collector and emitter of the transistor Q2 are respectively connected to the Zener diode. The D10 positive electrode and the battery 16 negative electrode are connected. The line circuit of the second power circuit 174 is the same as the first power circuit 17, and can also convert the alternating current into direct current. However, the power input terminal of the first power supply circuit 174 is connected to the circuit path B' of the power supply 2 through the power switch 3, and the power supply output terminal (1 circuit path) of the second power supply circuit m is directly connected to the substrate 13 and Coffee module u. That is to say, as shown in Figure 5B, in Gans #& ,, the power control module contacts are electrically connected to the mains 2 (AC110V) respectively, so the lighting device can produce f The supply of 21: The following two different types of electricity 2 maintain normal power supply and the power switch 3 'the first power circuit (7) turns the DC power straight, and via the charging circuit 172 for the battery M3916. On May 26, 1999, the replacement lamp was modified, and the control circuit (7) would not be used. Therefore, the C and D circuit paths have no current wheel 4, so the LED mode 4 and η are quenched. In addition, in the other - the actual _ towel, you can also choose another series of diodes (not shown in the figure) on the C circuit path of Figure 5 to prevent current from the D circuit path through c The circuit path flows back to the control circuit 173.
第-型態.該市電2轉正常供電而該電源開關3 為開啟0Ν之狀態時，該鋪電路m稍$電流至c 電路路徑’但是該D電路路徑有來自於該第二電源電路 174所轉換為適當電壓之DC ±流電，所以該咖模組 11也就呈一般照明狀態。 、 第二型態：該市電2停止供電，而無論該電源開關3 為開啟ON或是斷路〇FF之狀麟，雜㈣路173皆 會針對c電路路徑進行電流輸出，所以該LED模組u 也就呈照明狀態，成為緊急照明之功能。The first type. When the mains power is 2 normal power supply and the power switch 3 is turned on, the circuit m is slightly current to the c circuit path 'but the D circuit path is from the second power circuit 174 Converted to DC ± galvanic of the appropriate voltage, so the coffee module 11 is also in general illumination. The second type: the mains 2 stops the power supply, and regardless of whether the power switch 3 is turned ON or the circuit breaker FF, the miscellaneous (four) road 173 will output current for the c circuit path, so the LED module u It is also illuminated and becomes a function of emergency lighting.
另外，該充電電路172之該曾納二極體;〇5其具有限 定該電池16之滿額電壓之功能；也就是說，當該曾納二 極體D5之電壓與該電池16之電壓相同時，該二極體D7 將停止電流通過，不再針對該電池16進行充電之工作。 再者，由於平時該電晶體Q1之射極與基極電壓相同，故 此該電晶體Q1為截止狀態，致使該電晶體Q2亦呈現截 止狀態。同時’該控制電路173之電阻R5〜R8及電容 C3形成一停電偵測轉換電路，且由於電源可經由該二極 體D9提供，故此迴路呈現待命狀態，以便於該市電2停 電時能立即動作》 M391619 , 99年05月26日修正替換’ 當該市電2停電或按下開關SW1致使 路171無法動作時，此時由該電池16提供電路所需之電 源。同時，該控制電路173之二極體〇9無電流通過，該 電容器C3會於充電瞬間短路（因電容充電之瞬間為短路 現象）’使該電晶體Q1因基極電位下降而導通，則該電 組R4會產生壓降’令該電晶體q2導通並促使下一級也 就疋該LED核組11之負載動作；同時，於該電晶體q] 後，電阻R6及曾納二極體D10呈一穩壓電路，並經由該 電組R5提供予該電晶體φ基極，且因曾納二極體鲁 所設定之電壓低於該電池16之電壓，故可持續保持該電 晶體Q1之運作。 以下所述之本創作其他較佳實施例中，因大部份的元 件係相同或類似於前述實施例，故相同之元件與結構以下 將不再贅述，且相同之元件將直接給予相同之名稱及編 號，並對於類似之元件則給予相同名稱但在原編號後另增 加一英文字母以資區別且不予贅述，合先敘明。 請參閱圖六所示，其中，於本創作第二較佳實施例 ·_ 中，該照明裝置la之該固定結構18係為固定式掛架182。 該固疋式掛架182係為兩高低落差之固定片所構成，其包 括：一上固定片1821、一下固定片脱2、以及一連接部 1823。 該連接部1823係分別銜接該上固定片1821以及該下 固定片1822’而於該上固定片1821上設有一固定孔18211 以提供天花板上所延伸之一柱狀固定架9加以結合，並以 該下固定片18之週緣鑲嵌於該燈架12之該頂端121所預 12 99年05月26日修正替換 設之該溝槽1211内。也就是說’該下固定片*T8_之厚度大- 致與該溝槽1211内之寬度相同，且該相對應兩溝槽1211 内之距離係大致與該下固定片18之寬度相同，進而利用 該下固定片1822上所預設之一貫孔18221並透過一螺絲 4將該固定式掛架182螺合固定於該燈架12之上。 請參閱圖七、圖八、圖九所示，其中，該照明裝置 lb係可適用於一傳統燈座7 (如圖八所示）之燈管規格， 其包括：至少一 LED發光模組lib、一燈架12b、一基板 Ub、一蓋體14b、至少兩接頭15b、一電池16b、以及一 電源控制模組17b所組合而成。該傳統燈座7則可透過該 電源開關3與該市電2進行電性連接(請參考圖五所示）， 以提供該照明裝置lb之電力來源，係屬一般習用之燈座 電源連接，故於此不再詳加贅述。 該燈架12b係大致呈半圓形條狀，其包括有：一頂端 121b、一底端122b、以及一中空處123b。該燈架12b之 該底端122b處設有一第一溝槽1223b、以及一第二溝槽 1222b〇於該燈架12b之該頂端nib表面係設置有複數個 鋸齒狀之散熱鰭片124b以提供該基板13b上之該LED發 光模組lib所產生之熱量進行快速散熱。 該基板13b係為具有至少一電路回路之金屬基板並 提供該LED發光模組lib結合於其上，且該基板i3b之 兩側緣131b分別鑲嵌於該燈架12b之底端122b之該第一 溝槽1223b内’令該LED發光模維lib對應於該燈架i2b 下方。該基板13b之兩側緣131b之厚度係大致與該第一 溝槽1223b之寬度相同，且兩相對應第一溝槽1223b之寬 M391619 99年05月26日修正替換’ 度係大致與該基板13b之寬度相同。 ~--- 該蓋體14b係為半圓形條狀之殼體，該燈架12b與該 蓋體14b組合後係大致呈一圓柱燈管狀，且與傳統丁8型 螢光燈管之導電規格相同。該蓋體14b位於該燈架i2b 之該底端122b上，並於兩侧邊設有相對應之兩結合端 Wlb鑲嵌於該第二溝槽1222b内，並令該基板13b包覆 於該燈架12b以及該蓋體14b之内。該蓋體14b可以是透 明、霧狀、或是有顏色之透光片，且該蓋體14b之長度係 大致與所結合之該燈架12b長度相同。 魯 該電池16b與該電源控制模組i7b均設置於該燈架 12b之該中空處123b，且與分別該基板13b做電性連接。 該兩接頭15b其係分別結合於該燈架12b之兩端，且可與 該傳統燈座7進行電性連接，而該兩接頭分別具有兩導電 針腳151b分別與該電源控制模組17b以及該傳統燈座7 做電性連接，並同時將該LED發光模組llb所固接之該 基板13b以及該電池i6b以及該電源控制模組17b分別封 閉於該蓋體14b以及該中空處i23b之内。 _ 由於該照明裝置lb係使用高亮度之LED發光模組 lib’可代替傳、统T8型螢光燈;f ’並具備比傳統螢光燈更 優良的特性例如W吏用壽命可長達30_小時以上、高發 光效率、以及符合CE&美國ul鮮並具傭環保節能概 念。該照明裝置lb亦可安裳於G13之傳統標準規格之該 傳2燈座7内，並適用於1〇〇v〜24〇v電壓，主要使用於 居豕照明、商用空間照明或公共區域照明❶ 此外’該照明褒置lb於失去市電2所供應之電力時， M391619 99年05月26日修正替換 透過該燈座12b内内建之該電池16b之電力_ 板13b上之複數個LED模組llb於一定之時間^達到g 急照明之目的。也就是說，將該照雜置lb亦可以於該 傳統燈座7内取出後可充當—般手持式緊急照明燈或= 手電筒之功能，自動以内建該電池16b將電力持續供應該 励發光歡llb進行㈣之工作，所以無論是在該^ 電2供電正常與否之情況下皆可同樣達到照明的效果。 唯以上所述之實施例不應用於限制本創作之可應用 範圍’本齡之賴細應以本創作之_請專概圍内容 所界定技術餅及其鱗變化所含括之細縣者。即大 凡依本創作申請專利範圍所做之均等變化及修飾，仍將不 失本創作之要義所在，亦不脫離本創作之精神和範圍，故 都應視為本創作的進一步實施狀況。 【圖式簡單說明】 圖一係為本創作照明裝置第一較佳實施例之立體分 解圖。 圖二係為本創作照明裝置第一較佳實施例之立體組 合圖。 圖二係為本創作照明裝置第一較佳實施例之A-A剖 視圖。 圖四係為本創作照明裝置第一較佳實施例之實施狀 態圖。 圖五A係為本創作照明裝置第一較佳實施例之運作 15 M391619 99年05月26日修正替換 架構圖。 圖五B係為本創作照明裝置第一較佳實施例之電路 圖。 圖六係為本創作照明裝置第二較佳實施例之立體組 合圖。 圖七係為本創作照明裝置第三較佳實施例之立體分 解圖。 圖八係為本創作照明裝置第三較佳實施例之立體圖。 圖九係為本創作照明裝置第三較佳實施例之剖視圖。 ® 【主要元件符號說明】 1、la、lb〜照明裝置 11、lib〜LED發光模組 12、12b〜燈架 121、121b〜頂端 1211〜條狀溝槽 122、122b〜底端 1221〜容置空間 1222〜條狀溝槽 1222b〜第二溝槽 1223b〜第一溝槽 123、123b〜中空處 124、124b〜散熱鰭片 13、13b〜基板 131b〜侧緣 14、14b〜蓋體 141、141b〜結合端 15〜護蓋 151〜螺孔 152〜防水墊圈 153〜結合孔 15b〜接頭 151b〜導電針腳 16、16b〜電池 17、17b〜電源控制模組 M391619In addition, the Zener diode of the charging circuit 172 has a function of defining a full voltage of the battery 16; that is, when the voltage of the Zener diode D5 is the same as the voltage of the battery 16. The diode D7 will stop the current flow and no longer charge the battery 16 for charging. Furthermore, since the emitter and base voltages of the transistor Q1 are normally the same, the transistor Q1 is turned off, so that the transistor Q2 is also in a cut-off state. At the same time, the resistors R5 R R8 and C3 of the control circuit 173 form a power failure detection conversion circuit, and since the power supply can be provided via the diode D9, the loop is in a standby state, so that the utility can immediately act upon power failure. M391619, May 26, 1999 Correction Replacement 'When the mains 2 is powered off or the switch SW1 is pressed to disable the path 171, the battery 16 is supplied with the power required by the circuit. At the same time, the diode 〇9 of the control circuit 173 has no current, and the capacitor C3 is short-circuited at the moment of charging (the short-circuit phenomenon occurs due to the moment of charging the capacitor), and the transistor Q1 is turned on due to the decrease of the base potential. The voltage drop R4 of the electric group R4 causes the transistor q2 to conduct and causes the next stage to act on the load of the LED core group 11; meanwhile, after the transistor q], the resistor R6 and the Zener diode D10 are a voltage stabilizing circuit is provided to the base of the transistor φ via the electric group R5, and the voltage set by the Zener diode is lower than the voltage of the battery 16, so that the operation of the transistor Q1 can be continuously maintained. . In the other preferred embodiments of the present invention described below, since the components are the same or similar to the foregoing embodiments, the same components and structures will not be described below, and the same components will be directly given the same names. And number, and the same name is given for similar components, but an additional letter is added after the original number to distinguish and not repeat them. Referring to FIG. 6, in the second preferred embodiment of the present invention, the fixing structure 18 of the lighting device 1a is a fixed hanger 182. The solid-state hanger 182 is composed of two fixing pieces of high and low drop, and includes an upper fixing piece 1821, a lower fixing piece 2, and a connecting portion 1823. The connecting portion 1823 is respectively connected to the upper fixing piece 1821 and the lower fixing piece 1822', and a fixing hole 18211 is provided on the upper fixing piece 1821 to provide a columnar fixing frame 9 extending from the ceiling, and The periphery of the lower fixing piece 18 is embedded in the groove 1211 of the top end 121 of the lamp holder 12, which is modified and replaced on May 26, 1999. In other words, the thickness of the lower fixing piece *T8_ is the same as the width of the groove 1211, and the distance between the corresponding two grooves 1211 is substantially the same as the width of the lower fixing piece 18, thereby further The fixed hanger 182 is screwed onto the light fixture 12 by a predetermined hole 18221 defined on the lower fixing piece 1822 and through a screw 4. Referring to FIG. 7 , FIG. 8 , and FIG. 9 , the lighting device 1b can be applied to the lamp specifications of a conventional lamp holder 7 (shown in FIG. 8 ), and includes: at least one LED lighting module lib A lamp holder 12b, a substrate Ub, a cover 14b, at least two connectors 15b, a battery 16b, and a power control module 17b are combined. The conventional lamp holder 7 can be electrically connected to the mains 2 through the power switch 3 (please refer to FIG. 5) to provide the power source of the lighting device lb, which is a commonly used lamp holder power connection. I will not go into details here. The lamp holder 12b is substantially semi-circular in shape and includes a top end 121b, a bottom end 122b, and a hollow portion 123b. A first groove 1223b is disposed at the bottom end 122b of the lamp holder 12b, and a second groove 1222b is disposed on the top surface of the lamp holder 12b. The surface of the nib is provided with a plurality of serrated fins 124b to provide The heat generated by the LED lighting module lib on the substrate 13b is rapidly dissipated. The substrate 13b is a metal substrate having at least one circuit loop and the LED light emitting module lib is coupled thereto, and the two sides 131b of the substrate i3b are respectively embedded in the bottom end 122b of the lamp holder 12b. In the trench 1223b, the LED illumination mode dimension lib corresponds to the lower side of the lamp holder i2b. The thickness of the two side edges 131b of the substrate 13b is substantially the same as the width of the first trench 1223b, and the width of the two corresponding first trenches 1223b is M391619. The width of 13b is the same. ~--- The cover body 14b is a semi-circular strip-shaped casing, and the lamp holder 12b is combined with the cover body 14b to be substantially a cylindrical lamp tube, and is similar to a conventional D-type fluorescent tube. The conductivity specifications are the same. The cover 14b is located on the bottom end 122b of the lamp holder i2b, and the corresponding two ends Wlb are embedded in the second groove 1222b on both sides, and the substrate 13b is covered on the lamp The frame 12b and the inside of the cover 14b. The cover 14b may be a transparent, foggy, or colored translucent sheet, and the length of the cover 14b is substantially the same as the length of the lamp holder 12b to which it is coupled. The battery 16b and the power control module i7b are both disposed in the hollow portion 123b of the lamp holder 12b, and are electrically connected to the substrate 13b. The two connectors 15b are respectively coupled to the two ends of the lamp holder 12b, and can be electrically connected to the conventional lamp holder 7, and the two connectors respectively have two conductive pins 151b and the power control module 17b and the The conventional lamp holder 7 is electrically connected, and the substrate 13b and the battery i6b and the power control module 17b fixed to the LED lighting module 11b are respectively enclosed in the cover body 14b and the hollow portion i23b. . _ Because the lighting device lb uses a high-brightness LED lighting module lib' to replace the T8-type fluorescent lamp; f' and has better characteristics than traditional fluorescent lamps, such as W can last up to 30 _ hours or more, high luminous efficiency, and compliance with CE& US ul fresh and commissioned environmental protection and energy saving concept. The lighting device 1b can also be installed in the traditional standard specification of the G13 of the G13, and is suitable for voltages of 1〇〇v~24〇v, mainly used for residential lighting, commercial space lighting or public area lighting. ❶ In addition, when the lighting device lb loses the power supplied by the mains 2, M391619 corrects and replaces the plurality of LED modules on the power plate _ board 13b of the battery 16b built in the lamp holder 12b on May 26, 1999. Group llb achieves the purpose of g emergency lighting for a certain period of time. That is to say, the illuminating lb can also be taken out in the conventional lamp holder 7 to function as a general hand-held emergency illuminator or a flashlight, and the battery 16b is automatically built in to continuously supply the illuminating power. Llb performs the work of (4), so the illumination effect can be achieved in the same way whether the power supply is normal or not. The embodiments described above are not intended to limit the scope of application of the present invention. The age of the book should be based on the content of the creation of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ That is to say, the equal changes and modifications made by the applicants in accordance with the scope of this patent application will not lose the essence of the creation, and will not deviate from the spirit and scope of the creation, so it should be regarded as the further implementation of the creation. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective exploded view of a first preferred embodiment of the present illuminating device. Figure 2 is a perspective view of a first preferred embodiment of the authored illumination device. Figure 2 is a cross-sectional view taken along the line A-A of the first preferred embodiment of the authored lighting device. Fig. 4 is a view showing the implementation of the first preferred embodiment of the authored lighting device. Figure 5A is the operation of the first preferred embodiment of the authored lighting device. 15 M391619 Modified the replacement architecture diagram on May 26, 1999. Figure 5B is a circuit diagram of a first preferred embodiment of the authored lighting device. Figure 6 is a perspective assembled view of a second preferred embodiment of the authored lighting device. Figure 7 is a perspective exploded view of a third preferred embodiment of the authored lighting device. Figure 8 is a perspective view of a third preferred embodiment of the inventive lighting device. Figure 9 is a cross-sectional view showing a third preferred embodiment of the authored lighting device. ® [Main component symbol description] 1. la, lb~ illuminating device 11, lib~LED lighting module 12, 12b~ lamp holder 121, 121b~ top 1211~ strip groove 122, 122b~ bottom end 1221~ Space 1222 to strip groove 1222b to second groove 1223b to first groove 123, 123b to hollow portion 124, 124b to heat dissipation fin 13 and 13b to substrate 131b to side edge 14, 14b to cover 141, 141b ~ Bonding end 15 ~ Cover 151 ~ Screw hole 152 ~ Waterproof washer 153 ~ Bonding hole 15b ~ Joint 151b ~ Conductive stitch 16, 16b ~ Battery 17, 17b ~ Power control module M391619
18〜固定結構 181〜調整A掛架 1811〜固定端 18111〜貫孔 1812〜結合端 18121〜調整孔 1813〜調整元件 182〜固定式掛架 1821〜上固定片 18211〜固定孔 1822〜下固定片 18221〜貫孔 1823〜連接部 2〜市電 3〜電源開關 4〜螺絲 7〜傳統燈座 9〜固定架 99年05月26日修正替換18~fixing structure 181~adjusting A pylon 1811~fixing end 18111~through hole 1812~binding end 18121~adjusting hole 1813~adjusting element 182~fixing pylon 1821~upper fixing piece 18211~fixing hole 1822~lower fixing piece 18221 ~ through hole 1823 ~ connecting part 2 ~ mains 3 ~ power switch 4 ~ screw 7 ~ traditional lamp holder 9 ~ fixed frame fixed on May 26, 1999
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