五、新型說明： 【新型所屬之技術領域】 本創作係關於-㈣段式發献置，制是指—種具有數組光源 結構’且麟得分碰動各組麵結歡乡段式發光裝置。 【先前技術】 在日漸溝求祕的現今產業中，光源的產生已由傳統的燈泡及日 光燈管，轉變為低耗電且使用壽命長的LED燈所取代，尤其LED無 响在原料的取得及加I驅動等技術方面日漸成熟，幾乎許多可見光源 照明的地方都漸漸地以LED燈照明來替代。 然而依據不⑽使用地點，LED燈需具财可㈣光源亮度的功 能’始能讓使用者來調整，例如在辦公室當中，白天有充足的可見光， LED燈的光源碰可哺小，而接近傍晚_可將LED燈的光源亮 度逐漸調免，如此具有可調整功能的發光裝置，不僅可以使得辦公室 整天的明免度不錄有太场差異性，也能因此達到節能省電環保的 訴求。 傳統LED燈的光源亮度調整，係在驅動電路當中加入脈衝寬度調 ’；i(Pluse Width Modulation，PWM)技術，藉由此一調變技術，使得同 一區塊上所有LED燈同時調整光源亮度，然而此一技術對於同一區塊 内所有LEDS乃全部控制，無法分區亮滅，因此不必要照明的地方也 將有光源照明’對於省電訴求尚有所欠缺，故有改良之必要。 【新型内容】 有鑑於述課題，本創作乃提供一種多段式發光裝置，其具有複數 紐·光源結構’且各組光源結構乃由驅動電路分段控制，因此可依照需 M395772 、要麟光源的财實施控伽亮，並可因此其中—喊數組來作 為夜燈等第二功能光源使用，具有較豐富的實施變化性。 緣是，為達上述目的’本創作之多段式發光裝置乃由複數組光源 …構”鶴魏所組成，各錢結構雜置賴數個哪燈，且該 二LED燈’、同g&在—基板上’而驅動電路係電性連接該些光源結構， 其配置有/7私莫組，且其段數係對應於該些光源結構的數量，藉以 分驅動該光源結構選擇性的開啟或關閉。 再者上述夕&式發光裝置中的各光源結構可以是分別設置在不 •同的基板上，且各基板之間係以可拆卸方式結合。 另外，上述多段式發光裝置中的其中一組光源結構可以安排為一 第-功能燈，其驅動電路可獨立於其他的光源結構。 口此，本創作多段式發光裝置將具有以下功效： 卜各段光源結構可依使用者考量環境需求而區域性照明，並因此 達到省電功效’又可使得不必開啟❾燈減少使用時間以提 升其平均使用壽命。 變 ^每—段光源結構可以設計為可拆解式，其中-段光源結構 知壞故障時皆可取下替換，不必整組替換故可節省耗材，以 達環保之效。 3·本創作其中一段發光裝置可以獨立作為例如夜燈之第二功能燈 ，，藉由獨立對第二功能燈具的控制，例如使其不受其他光源 結構關閉的影響仍能維持開啟狀態，而能提供微弱的燈光以伴 護使用者。 【實施方式】 以下將參照相關圖式以說明本創作之多段式發光裝置。 4 M395772 請參閱圖卜圖2及圖3,分別為本創作第一實施例之結構外觀圖、 結構分解示意圖及驅動電路示意圖，其中本創作之多段式發光裝置係 由複數組光源結構1〇及一驅動電路2〇所組成，該些光源結構10上各 設置有複數個LED燈11，而驅動電路2〇係電性連接於該些光源結構 10 ’且驅動電路20設置有一分段模組22，其段數係對應於該些光源 結構10之數量，藉以分段驅動該些光源結構1〇。V. New description: [New technology field] This creation department is about - (four) segmental delivery, system refers to a kind of array light source structure' and the column score touches each group of knots Huanxiang township type illuminating device. [Prior Art] In today's industry, where the source of light is becoming more and more secret, the generation of light sources has been replaced by traditional light bulbs and fluorescent tubes, and LED lamps with low power consumption and long service life have been replaced. The technology of adding I-drive is becoming more and more mature, and almost all places where visible light sources are illuminated are gradually replaced by LED lighting. However, depending on where (10) is used, the LED light needs to be wealthy. (4) The function of the brightness of the light source can be adjusted by the user. For example, in the office, there is sufficient visible light during the day, and the light source of the LED light can be fed, but close to the evening. _ The brightness of the light source of the LED lamp can be gradually adjusted. Therefore, the illuminating device with adjustable function can not only make the office visibility of the whole day not have the difference of the field, but also achieve the demand of energy saving, environmental protection and environmental protection. The brightness adjustment of the light source of the traditional LED lamp is added to the drive circuit by adding a pulse width modulation; i (Pluse Width Modulation, PWM) technology, by means of a modulation technology, all the LED lights in the same block simultaneously adjust the brightness of the light source, However, this technology is completely controlled for all LEDS in the same block, and it is impossible to partition and extinguish. Therefore, there is a need for light source illumination in places where there is no need for illumination. 'There is still a lack of power-saving claims, so there is a need for improvement. [New content] In view of the above-mentioned problems, the present invention provides a multi-segment light-emitting device having a plurality of light source structures, and each group of light source structures is controlled by a drive circuit, so that it can be used according to the requirements of M395772 and the light source. The implementation of the financial control is glazed, and therefore, the array can be used as a second function light source such as a night light, which has rich implementation variability. The reason is that, in order to achieve the above objectives, the multi-stage illuminating device of this creation is composed of a complex array of light sources...there is a combination of He Wei, and each of the money structures is miscellaneous depending on which lights, and the two LED lights', the same g& The driving circuit is electrically connected to the light source structures, and is configured with /7 private groups, and the number of segments corresponds to the number of the light source structures, thereby driving the light source structure selectively to open or Further, each of the light source structures in the above-mentioned light-emitting device may be separately disposed on the same substrate, and the substrates are detachably coupled. Further, among the above-mentioned multi-segment light-emitting devices A set of light source structures can be arranged as a first-function lamp, and the driving circuit can be independent of other light source structures. Here, the multi-segment light-emitting device of the present invention has the following effects: The structure of each segment of the light source can be considered according to the needs of the user. The regional lighting, and thus the power saving effect, can make it unnecessary to turn on the xenon lamp to reduce the use time to improve its average service life. The structure of each light source can be designed to be detachable. In the case where the structure of the segmental light source is known to be faulty, the replacement can be removed, and the replacement of the entire group can save the consumables for environmental protection. 3. One of the illumination devices of the present invention can be independently used as the second function lamp such as a night light. By controlling the second functional luminaire independently, for example, it can maintain the open state without being affected by the closure of other light source structures, and can provide weak light to accompany the user. [Embodiment] Reference will be made to the following. The figure illustrates the multi-segment light-emitting device of the present invention. 4 M395772 Please refer to FIG. 2 and FIG. 3 respectively, which are respectively a structural appearance view, a structural exploded view and a driving circuit diagram of the first embodiment of the present creation, wherein the plurality of segments of the creation The light-emitting device is composed of a multi-array light source structure 1A and a driving circuit 2A. The light source structures 10 are respectively provided with a plurality of LED lamps 11 , and the driving circuit 2 is electrically connected to the light source structures 10 . The drive circuit 20 is provided with a segment module 22, the number of segments corresponding to the number of the light source structures 10, thereby driving the light source structures 1 in sections.
由圖1中可知，該些LED燈11係皆設置於一基板12，且固定數 量的LED燈11即與其他[^^燈丨丨區隔為獨立之一組光源結構1〇，而 在此例當中’四個LE：D燈11即為一組光源結構10，使得基板12上即 形成有六組光源結構1〇，而在此基板12為一 pCB板，驅動電路2〇即 直接形成在基板12的背面以對該些LED燈^作驅動，而在此基板12 的材質可以實施為-銘質基板、—賴基板或—喊基板。 在圖1及圖2當中另外可以知道，該些光源結構1〇係設置在一燈 官30當中，而此處燈管3〇係由一上蓋31、一下蓋犯及二接頭犯所 级成’其中上蓋31係以耐熱塑料材質所製成，而下蓋％係可由耐熱 塑料材質崔呂貝、陶兗或電木其中一種材質以製成，而綱係分設 於上盖31與下蓋32之兩端，每一接頭33之一端電性連接於驅動電路 20另端則電性連接於外部燈座（如后另有圖式說明），且接頭犯 在此可由耐熱姆質、㈣、陶t或電木其中—觀諸製成。 另外’由圖3係可見此實施例之驅動電路2〇之組成，其係包括有 用:載:^ 21.及一分段模組22，輸入電源負載保護器21 1 。之一父流電源(AC)以傳送至分段模!且22，分段模％ 22 在此係包括有-段位控湘22卜複數_壓器 223 ’段竭㈣输交她，崎-段㈣啟指令^ 5 M395772 '眺傳送父流電源至該些變壓器222，而在此段位控制器221可以是 一繼電益、一計數器或一比較器；再者，變壓器222在本實施例中所 汉置數目係與穩壓II 223相同，變壓器222用以將所接收的交流電源 轉換為直流電源(DC) ’而後再透過該穩壓器223以驅動各光源結構1〇 發光。 在此必須說明的是’上述實施例說明當中，變壓器222與穩壓器 223的搭配，亦可替換為整流器與限流器的搭配，其所能達到的功效 皆為相同，故在此不另作贅述。 春 接著’請參閱圖4所示’為本創作第-實施例中另-獅動電路 之示意圖，其中此驅動電路40係由一輸入電源負載保護器41、一變 壓器42及一分段模組43所組成，此處輸入電源負載保護器41及變壓 器42之功能與圖3中相同名稱之電路所具有之功能無異，在此不另贅 述，而此處分段模組43則包括一段位控制器431及複數組穩壓器 432 ’段位控制器431係接收變壓器42所輸出之直流電源，並依一段 位開啟指令以選擇性地傳送直流電源至該些穩壓器432以驅動各光源 鲁結構ίο發光。在此必須補充的是，此處之段位控制器431亦可為一繼 電器、一計數器或一比較器。 接著，請參閱圖5、圖6及圖7所示，為本創作第一實施例之不 同狀態示意圖’其中當圖3或圖4中段位控制器221、431之段位開啟 指令係選擇對所有後端輸出電源時，即可令所有光源結構1〇發光，也 就是如圖5所示’基板12上所有LED燈11皆發光顯示；再者，段位 開啟指令也可以是令該些光源結構1〇隔段發光，也就是如圖6所示， 從左邊數過來第一、三、五段為發光’第二、四、六段則不發光，相 較於圖5之操作狀態，圖6中發光裝置之亮度較暗，對於日照光源較 6 M395772 •‘為充足的照鴨域即可選擇以賴式絲作，輯省電之效；另外， 段位開啟指令也可以是令該些光源結構1〇部份區域集中發光或不發 光，也就是如圖7所示前半段三個光源結構1〇發光，後半段三個光源 結構10不發光，相較於圖5之操作狀態，圖7中發光裝置可以讓照明 區域其中-部份具有較充足的亮度，另外—部份若具有較充足的曰照 光源，則可選擇關閉該些光源結構1〇。 .由於本創作可設計為如上述舉例至少三種以上的操作狀態（含必 然的全關閉應為至少四種），因此可以在一個段位控制器22卜431當 •中寫入該些段位開啟指令，使用者可以藉由多次的切換來選擇自己想 要的發光狀態，也可以是藉由例如是旋轉開關來切換到自己想要的發 光狀態。 以上舉例僅為多段式控制之幾個較常見範例，然本創作之段位控 制器係可針對使用者需求而製作不同發光狀態的控制，惟在此即不另 作贅述’再者’除了可以選擇不同段位控制所達到不同的發光效果外， 源結構1〇之該些咖燈11可以設置同色或不同色，例如麵 鲁a衣兄田中可以全部以同一色彩配置’而在一般商店中，為了提供不 同商品，設之差異性，即可選擇以不同區域不同色系光源以作考量。 _立接著’睛參_ 8及圖9所示’為本創作第二實施例之結構分解 不思圖及驅動電路示意圖，其與第__實關之差異處主要在於此實施 例更，括有-夜燈模組50，而此夜燈模組5〇係由一夜燈光源結構Μ ^一仗燈驅動電路52所組成，夜燈光源結構51可以設置在基板12 -中段’而夜燈驅動電路52係掛載在如圖3所示之驅動電路2〇架 構下，其具有一變壓器521及一穩壓器522，變壓器521係接收輸入 電源負載保制21所輸出的交流電源，並將其轉換為_直流電源以傳 7 M395772 送至穩壓器522 ’以驅動夜燈光源結構51發光。 接著，請參閱圖10所示’為本創作第三實施例之結構分解示意 圖，其與第二實施例之差異處主要在於此實施例中係將驅動電路2〇 獨立形成在-PCB板上以設置在燈管3〇 _雜連接至基板12以驅 動該些光源結構10及夜燈光源結構51發光，且在此必須說明的是， 驅動電路2G兩端可以分別藉由電源線以紐連接至接，接頭33 可自外部接收交流電源，並經由驅動電路2〇轉換為直流電源，並再透 過另-條電源_電性連接至基板12，始得藉由轉換後的直流電源驅 動該些光源結構10發光。 接著，請參閱圖11所示，為本創作第四實施例之結構分解示意 圖，其與第三實施例之差異處主要在於此實施例中係增設有一燈座6〇 ^供燈管3G結合’且在此燈座⑼兩端各設置有-結合部6卜且各結 合=61上設置有一插座62，如此一來，燈管3〇係得藉由兩端之接頭 犯嵌卡入插座62當中，並因此與燈座6〇外接之電源線（圖中未示)作 電性連接。 接著，請參閱圖12所示，為本創作第五實施例之結構分解示意 圖其與第二實施例之差異處主要在於此實施例中係將驅動電路2〇 獨立°又置燈管30外，特別是可以設置在例如燈座的内部，驅動電 路20係可連接外部之交流電源，並經由驅動電路20轉換為直流電源 ，，再由驅動電路20兩端經結合部61、插座62及接頭33傳送至燈 官3〇内部之該些光源結構10，並驅使其發光之。 搂著，請參閱圖13所示，為本創作第六實施例之數組光源結構之 拆解不意圖。前述實施例中各光源結構1〇及夜燈光源結構51係皆設 置於—基板12上，然在此實施例當中，各光源結構1〇及夜燈光源結 8 M395772 ' =1可設置於對應之-基板13上，而各基板13之兩端各設置有-結 合部13卜圖中所示範例其中一端為插頭而另一端為插座，因而得使 任-基板13其中-端可與另—基板13之另—端組接。 /最後在此值得一提的是，上述各實施例當中之驅動電路、仙 係可另外設置-切換開關以與輸入電源負载保護器2wi電性連接， 其用以控制交流電源是否輸入至輸入電源負載保護器2卜41，而在此 切換開關可以實施為—單向_、—多段關、—多段式旋轉開關、 一非觸控式開關或一紅外線遮斷開關。 _ &综上所述，摘料段式發絲置與習知技術她之下，本創作 各段絲結構可域財考量魏需求而區舰_，若欲控制整體 ，源亮度變暗，可以例如是採第―、三、五段之光源結翻啟，而使 得第四又之光源結構關閉’如此-來，與習知藉由ρ醫控制 來比較，不必要照明之處即可關對該段光源結構的控制，因而達到 省，之功效’且使知不必開啟的㈣燈可以減少使用時間，或者在同 :度而求下’使各光源結構交替發光，如此將使得各⑽燈使用時 _間得以控制’平均使用壽命也能因此增加；再者，因為每一段光源結 構可以設計為可拆解式，如果任—段光源結構損壞故障，可以直接取 下更新該段絲轉，不必整組報廢，亦可達到環保之效；另外，本 創作夕&式發絲置因為是由翅光源結構所組成，因此各段光源結 構可以配置不同色光，讓整個發光裝置的發光色彩更為豐富，又或者 其2-段發光裝置可以獨立作為例如夜燈之第二功能燈具，藉由獨立 對第一功施燈具的控制，更是延伸了發光裝置之功能性。 上述實施例僅係用來說明而非用以限定本創作之申請專利範圍， 本創作之範轉係由以下之申請專利範圍所界定。凡依本創作申請專利 9 M395772 ‘、 範圍所作之均等變化與修飾，皆應屬本創作之涵蓋範圍。 【圖式簡單說明】 圖1為本創作第一實施例之結構外觀示意圖； 圖2為本創作第一實施例之結構分解示意圖； 圖3為本創作第一實施例中一種驅動電路之示意圖； 圖4為本創作第一實施例中另一種驅動電路之示意圖； 圖5為本創作第一實施例之操作狀態（一）示意圖； 圖6為本創作第一實施例之操作狀態（二）示意圖； _圖7為本創作第一實施例之操作狀態（三）示意圖； 圖8為本創作第二實施例之結構外觀示意圖； 圖9為本創作第二實施例中一種驅動電路之示意圖； 圖10為本創作第三實施例之結構分解示意圖； 圖11為本創作第四實施例之結構分解示意圖； 【主要元件符號說明】 10 光源結構 11 LED燈 12 基板 13 基板 131 結合部 20 驅動電路 21 輸入電源負載保護器 22 分段模組 221 段位控制器 222 變壓器 223 穩壓器 30 燈管 31’ 上蓋 32 下蓋 33 接頭 40 驅動電路 圖12為本創作第五實施例之結構分解示意圖；以及 圖13為本_第六實施例之數組光源結構間之拆解示意 M395772 41 輸入電源負載保護器 42 變壓器 43 分段模組 431 段位控制器 432 穩壓器 50 夜燈模組 51 夜燈光源結構 52 夜燈驅動電路 521 變壓器 522 穩壓器 60 燈座 61 結合部 62 插座 11As can be seen from FIG. 1, the LED lamps 11 are all disposed on a substrate 12, and a fixed number of LED lamps 11 are separated from other [^^lamps as a separate group of light source structures. In the example, the four LE: D lamps 11 are a set of light source structures 10, so that six sets of light source structures 1 形成 are formed on the substrate 12, and the substrate 12 is a pCB board, and the driving circuit 2 is directly formed on the substrate. The back surface of the substrate 12 is driven by the LED lamps, and the material of the substrate 12 can be implemented as a substrate, a substrate or a substrate. It can be further seen in FIG. 1 and FIG. 2 that the light source structures 1 are arranged in a lamp holder 30, and here the lamp tube 3 is made up of an upper cover 31, a lower cover and a second joint. The upper cover 31 is made of heat-resistant plastic material, and the lower cover is made of one of heat-resistant plastic materials such as Cui Lubei, Tao Shu or Bakelite, and the outline is divided into the upper cover 31 and the lower cover 32. At the two ends, one end of each joint 33 is electrically connected to the other end of the driving circuit 20, and is electrically connected to the external lamp holder (as illustrated in the following figure), and the joint is made of heat-resistant, (four), ceramic t or bakelite, which is made by Guan. Further, the composition of the driving circuit 2 of this embodiment can be seen from Fig. 3, which includes the use of: ^ 21. and a segmentation module 22, and an input power load protector 21 1 . One parent flow power supply (AC) is transmitted to the segmentation mode! and 22, segmentation mode % 22 includes the segment-position control Xiang 22 and the complex number _ presser 223 'exhaustion (four) to deliver her, Qi-segment (4) Initiating the command ^ 5 M395772 '眺 transmits the parent flow power to the transformers 222, and the segment controller 221 may be a relay, a counter or a comparator; further, the transformer 222 is in the embodiment. The number of Hans is the same as that of the voltage regulator II 223. The transformer 222 is configured to convert the received AC power into a DC power source (DC) and then pass through the regulator 223 to drive each of the light source structures to emit light. It should be noted here that in the description of the above embodiment, the combination of the transformer 222 and the voltage regulator 223 can also be replaced by the combination of the rectifier and the current limiter, and the effects can be achieved by the same, so there is no other difference here. Make a statement. Spring is followed by 'please refer to FIG. 4' as a schematic diagram of the other-in the first embodiment of the present invention, wherein the driving circuit 40 is composed of an input power load protector 41, a transformer 42 and a segmentation module. The composition of the input power load protector 41 and the transformer 42 has the same functions as those of the circuit of the same name in FIG. 3, and will not be further described herein, and the segmentation module 43 herein includes a bit position control. The 431 and the complex array regulator 432' receive the DC power output from the transformer 42 and turn on the command according to a bit to selectively transmit the DC power to the voltage regulators 432 to drive the light sources. Ίο shines. It must be added here that the segment controller 431 here can also be a relay, a counter or a comparator. Next, please refer to FIG. 5, FIG. 6 and FIG. 7 , which are schematic diagrams of different states of the first embodiment of the present invention, wherein when the segment bit opening command of the segment controllers 221 and 431 in FIG. 3 or FIG. 4 is selected for all When the output power is output, all the light source structures can be illuminated, that is, as shown in FIG. 5, all the LED lights 11 on the substrate 12 are illuminated; in addition, the segment opening command can also make the light source structures 1〇. The partitions emit light, that is, as shown in Fig. 6, the first, third, and fifth segments are illuminated from the left side, and the second, fourth, and sixth segments are not illuminated. Compared with the operation state of Fig. 5, the illumination in Fig. 6 The brightness of the device is darker. For the sunshine source, the 6 M395772 • ' is sufficient for the duck field to choose the Lai silk, which saves power. In addition, the segment opening command can also make the light source structure 1〇 Part of the area is concentrated or not illuminated, that is, as shown in FIG. 7, the first half of the three light source structures are illuminated, and the latter half of the three light source structures 10 are not illuminated. Compared to the operating state of FIG. 5, the light emitting device of FIG. Can make the lighting area have a sufficient part Brightness can - if part having said light sources for more adequate, the plurality of light sources may be selected to close 1〇 structure. Since the present creation can be designed to exemplify at least three or more operational states as described above (including at least four inevitable full closures), the segment open command can be written in a segment controller 22, 431. The user can select the desired lighting state by multiple switching, or can switch to the desired lighting state by, for example, a rotary switch. The above examples are only a few common examples of multi-segment control. However, the segment controller of this creation can control the different illumination states according to the user's needs, but there is no need to elaborate on the 're-canon' except that it can be selected. In addition to the different illuminating effects of the different segment controls, the coffee lights 11 of the source structure 1 can be set to the same color or different colors, for example, the face Lu can be all in the same color configuration in the same color, and in the general store, in order to provide Different products, set the difference, you can choose different regions of different color light source for consideration. _ 立 立 『 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目 目There is a night light module 50, and the night light module 5 is composed of a night light source structure 仗 a lamp driving circuit 52, and the night light source structure 51 can be disposed on the substrate 12 - middle section and the night light is driven The circuit 52 is mounted under the driving circuit structure shown in FIG. 3, and has a transformer 521 and a voltage regulator 522. The transformer 521 receives the AC power output from the input power load protection 21 and Converted to _DC power supply to pass 7 M395772 to regulator 522 ' to drive the night light source structure 51 to illuminate. Next, please refer to FIG. 10, which is a schematic exploded view of the third embodiment of the present invention. The difference between the second embodiment and the second embodiment is mainly that the driving circuit 2 is independently formed on the -PCB board in this embodiment. The light source 3 is connected to the substrate 12 to drive the light source structure 10 and the night light source structure 51 to emit light, and it must be noted that both ends of the driving circuit 2G can be connected to each other by a power line. Connected, the connector 33 can receive the AC power from the outside, and is converted into a DC power source via the driving circuit 2, and then electrically connected to the substrate 12 through the other power source, and the light source is driven by the converted DC power source. Structure 10 illuminates. Next, please refer to FIG. 11 , which is a schematic exploded view of the fourth embodiment of the present invention. The difference between the third embodiment and the third embodiment is mainly that a lamp holder 6 〇 ^ is provided for the combination of the lamp tube 3G in this embodiment. And a socket 62 is disposed at each end of the lamp holder (9), and a socket 62 is disposed on each of the joints 61, so that the lamp tube 3 is inserted into the socket 62 by the joints at both ends. Therefore, it is electrically connected to a power cord (not shown) externally connected to the lamp holder 6〇. Next, please refer to FIG. 12 , which is a schematic exploded view of the fifth embodiment of the present invention. The difference between the second embodiment and the second embodiment is mainly that the driving circuit 2 is separated from the lamp 30 in this embodiment. In particular, it can be disposed inside, for example, a lamp holder. The driving circuit 20 can be connected to an external AC power source and converted into a DC power source via the driving circuit 20, and then the driving circuit 20 is coupled to the connecting portion 61, the socket 62 and the connector 33 through both ends. The light source structures 10 are transferred to the interior of the lamp 3 and driven to emit light. Next, referring to Fig. 13, the disassembly of the array light source structure of the sixth embodiment of the present invention is not intended. In the foregoing embodiment, each of the light source structure 1 and the night light source structure 51 are disposed on the substrate 12. However, in this embodiment, each light source structure 1 and the night light source junction 8 M395772 ' =1 can be set to correspond. On the substrate 13, the two ends of each of the substrates 13 are provided with a - joint portion 13 in the example shown in the figure, one end of which is a plug and the other end of which is a socket, so that the center of the substrate - the other end of the substrate 13 can be The other ends of the substrate 13 are assembled. / Finally, it is worth mentioning that the driving circuit and the switch in the above embodiments may additionally be provided with a switch to be electrically connected to the input power load protector 2wi for controlling whether the AC power is input to the input power source. The load protector 2 is 41, and the switch can be implemented as a one-way _, a multi-stage switch, a multi-segment rotary switch, a non-touch switch or an infrared occlusion switch. _ & In summary, the picking section hairline set and the conventional technology under her, the silk structure of each segment of the creation can be considered in the field of Wei demand and the area ship _, if you want to control the whole, the source brightness becomes dark, for example It is the light source of the first, third and fifth sections that is turned over, and the fourth source of the light source is turned off, so that it can be compared with the conventional control by the medical control. The control of the structure of the segment light source, thus achieving the effect of saving, and making it unnecessary to turn on (4) the lamp can reduce the use time, or in the same degree: to make the light source structure alternately emit light, so that each (10) lamp is used _ can be controlled ‘the average service life can also be increased; in addition, because each segment of the light source structure can be designed to be detachable, if any part of the light source structure damage failure, you can directly remove the update of the wire, not necessarily The group is scrapped and can also achieve the effect of environmental protection; in addition, the creation of the eve & hairline is composed of the wing source structure, so each segment of the light source structure can be configured with different color lights, so that the illuminating color of the entire illuminating device is more Rich, or 2- segments which can be independently used as, for example, the light emitting device of the second lamp night light function, by applying an independent control of the first lamp power, is extending the functionality of the light emitting device. The above-described embodiments are intended to be illustrative only and not to limit the scope of the patent application of the present invention, which is defined by the following claims. Any application for the patent 9 M395772 ‘, the scope of the changes and modifications, should be covered by this creation. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing the structure of a first embodiment of the present invention; FIG. 2 is a schematic exploded view of the first embodiment of the present invention; FIG. 3 is a schematic diagram of a driving circuit in the first embodiment of the present invention; 4 is a schematic diagram of another driving circuit in the first embodiment of the present invention; FIG. 5 is a schematic diagram of the operating state (1) of the first embodiment of the present invention; FIG. 6 is a schematic diagram of the operating state (2) of the first embodiment of the present invention. Figure 7 is a schematic view showing the operation state of the first embodiment of the present invention; Figure 8 is a schematic view showing the structure of the second embodiment of the present invention; Figure 9 is a schematic view showing a driving circuit of the second embodiment of the present invention; 10 is a schematic exploded view of the third embodiment of the present invention; FIG. 11 is a schematic exploded view of the fourth embodiment of the present invention; [Description of main components] 10 light source structure 11 LED lamp 12 substrate 13 substrate 131 joint portion 20 drive circuit 21 Input Power Load Protector 22 Segment Module 221 Segment Controller 222 Transformer 223 Regulator 30 Lamp 31' Upper Cover 32 Lower Cover 33 Connector 40 Drive Power 12 is a schematic exploded view of the fifth embodiment of the present invention; and FIG. 13 is a schematic diagram of the disassembly of the array light source structure of the sixth embodiment. M395772 41 Input power load protector 42 Transformer 43 Segment module 431 Segment control 432 Regulator 50 Night Light Module 51 Night Light Source Structure 52 Night Light Driver Circuit 521 Transformer 522 Regulator 60 Lamp Holder 61 Joint 62 Socket 11