2 124478 九、聲明說明： 【發明所屬之技術領域】 可^明係有關一種發光元件集束燈 ^不同的視訊資料分別傳送到各個發光元件华:j 【先前技術】 〗應之〜像的控制系統。 電^發現與照明之發明，使得照明 切、，再加上電子工業的發展 ^於自然 方式為可控制狀態，因此為光源之照明 险呆有矣不針對此而廣加利用。 二了仗間照明外’亦發展出具視覺特 虹燈、兩射亦、τ ΡΠ笙^ _ 了试心衣飾妝明，如霓 可圖安I 裝傅照明的最大特色乃是 ^化。此外，大樓建築物外圍圈設照明 以 ;由燈管所透出之光線，將大樓之輪廓顯現出來， 大果。動遺管為固定設計，其裝設於 樓後不易更換，而致使燈光效果—成不變，偏若要 T而整個拆下來而大費周章。同時，霓虹燈管發光所： 耗的電力甚大，此為霓虹燈管主要的缺點。 而/為 ，年來，業者漸漸的改以省電、壽命長，顏 崎光二極體燈管（LED)為大樓裝飾用燈。料二^ 官（LED)是一種藉二極體順向導通時，其中傳導載子广 洞與電子發生復合作用，將電位能轉換成為光能，1電 出窄頻寬接近單色可見光之發光裝置。發先二極體= (LED)的耗電量低，耐用性佳，所以元件耗損率較低足^ 前已有多種不同色光的LED被製造出來。因此同’目 的LED可以相互搭配以產生多種顏色。另外led耳有一光 亮度與穩定色度的光線，且切換速度可高於人眼的視 5 1244782 田’所u能呈現出連續變化的彩色影像，因此 用來§作大型顯不板或動態影像顯示板的顯示元件=、 ^目刖業界常使用數位燈光控制器DMX512預設多组怠 ，秀’以控制大型顯示板或動態影像顯示板的 雖冗 =位燈光控制器臟512已經發展絲，可以操控 正=亚配合調光H來建立豐富而且不_顯 ' 區域性的顯示，無法同時控制多個大匕 物之衣飾發光二極體燈管（LED)同時動態顯示。木 【發明内容】 :鑑於此，本發明—種發光元件集束燈點束 i中匕:中央控制器來處理已編料的視訊或多媒體ΐ ^料、Ϊ制讀據處理後之視訊軟體，輸出不同的視^ 透過多個訊號分配器分別 f 牌..)之各個發光元件集束燈 ， 訊資料相對應的影像圖案。 使之刀別主現-與視 本發明使用之中央控制器包括一 -記憶單元與一媒體資料擷取單元.及一資ς早：連接 過-串列式匯流排連接到該微處理單元。上面透 ^早凡控制該媒體資料擷取單 ：：處 以著，處理單元進行處理爾料後:：二 系貝枓傳达介面輸出視訊資料。 遂過 將視32中’中央控制器串接❹個訊號分配器，ι 傳送到該些訊號分配器。訊號分配器包括有 Μ馬早辑接—位址設MS，並透過-資料傳送ί面 6 1244782 連接到該中央控制器以接收該視訊資料；一介面缓衝單 元，連接於該解碼單元與該發光元件集束燈點束組。上述 中’該解瑪早元依據該位址設定卓元設定之位址貢料’用 - 以解碼該視訊資料，並透過該介面缓衝單元將解碼後之該 . 視訊資料傳送到該發光元件集束燈點束組。該視訊資料係 、 用來控制發光元件集束燈點束組中多個發光元件集束燈點 • 束調光，始之得以動態的呈現一與該視訊資料相對應之影 像圖案。 · φ 該些訊號分配器係分別依據其自身的位址設定單元設 定之位址資料，用以解碼中央控制器輸出的視訊資料，並 透過其自身的介面緩衝單元將解碼後之視訊資料傳送到連 接的發光元件集束燈點束組。如此，本發明利用一個中央 控制器將已儲存之影像圖案資料，經控制設定後，分別傳 送到裝設於由發光元件集束燈點束所構成之發光體（包括 大樓，景觀照明及招牌物上的發光元件集束燈點束組， 使其可以同時呈現視訊資料相對應之影像圖案或動態的變 化影像圖案。所以本發明可以解決習知技術中，一個數位 * 燈光控制器DMX512僅限於使用於一區域性的控制顯示，以 及無法同時控制多個由發光元件集束燈點束所構成之發光 體（包括大樓，景觀照明及招牌之裝飾發光二極體燈管 (LED)同時動態顯示之缺點，同時不需要控制人員每天來 • 控制。 ^ 以上的概述與接下來的詳細說明皆為示範性質，是為 了進一步說明本發明的申請專利範圍。而有關本發明的其 他目的與優點，將在後續的說明與圖示加以闡述。 【實施方式】 7 1244782 孕统‘構考：岡圖，係為本發明發光元件集束燈點束控制 個== = ?發明系統由—個中央控制㈣控制單 光元件：束由多個發光元件集束燈點所組成之各發 f個目標物的功能，即 單元圖；之；示。可以透過軟體之編輯用以控制多組顯示2 124478 IX. Statement of explanation: [Technical field to which the invention belongs] It can be related to a kind of light-emitting element cluster lamp ^ Different video data is transmitted to each light-emitting element Hua separately: [Previous technology] [Control system] . The discovery of electricity ^ and the invention of lighting, coupled with the development of the electronic industry ^ in a natural way is a controllable state, so the lighting of the light source is dangerous and not widely used for this purpose. The battle between the two outer lighting 'also develop visual Laid issued rainbow lamp, two shot also, τ ΡΠ Sheng heart ^ _ trial makeup bright clothing, such as Ni may be mounted Ouen I but the maximum illumination characteristic ^ of Fu. In addition, the periphery of the building is illuminated with light; the light emitted by the lamp tube reveals the outline of the building. The movable tube is a fixed design, and its installation is not easy to replace behind the building, so that the lighting effect is unchanged, but if it is required to be removed, it will take a lot of work. At the same time, neon tubes emit light: The power consumption is very large, which is the main disadvantage of neon tubes. For /,, over the years, the industry gradually changed to power saving, long life, Yan Qi light diode lamp (LED) for building decoration lights. Material 2 LED (LED) is a kind of diode-conducting conductor, in which the conductive carrier wide hole and electrons compound to convert the potential energy into light energy, and 1 emits light with a narrow bandwidth close to monochromatic visible light. Device. The first diode = (LED) has low power consumption and good durability, so the component loss rate is low enough. A variety of LEDs of different colors have been manufactured before. Therefore, the same LED can be matched with each other to produce multiple colors. In addition, the LED ear has a light with stable and chromaticity, and the switching speed can be higher than that of the human eye. 5 1244782 Tian's can show a continuously changing color image, so it is used for large display panels or dynamic images The display elements of the display board =, 刖 刖 In the industry, the digital light controller DMX512 is often used to preset multiple sets of flashes. Although it is redundant to control a large display board or a moving image display board, the bit light controller dirty 512 has been developed. It is possible to control the positive and sub-dimming H to create a rich and non-displayed regional display, and it is not possible to control the simultaneous display of multiple large daggers' clothing light-emitting diode lamps (LEDs) at the same time. [Summary of the Invention]: In view of this, the present invention-a kind of light emitting element cluster lamp point beam i: a central controller to process the compiled video or multimedia ΐ Ϊ, video processing software after reading data processing, output Different views ^ The image patterns corresponding to the signal data are transmitted through the light emitting element cluster lights of each of the multiple signal distributors f cards ..). The central controller used in the present invention includes a memory unit and a media data retrieval unit, and an early: connected over-serial bus is connected to the microprocessor unit. The above shows that ^ Zaofan controls the media data retrieval form :: processing, and the processing unit processes the data :: The second line is the communication interface to output video data. Then, a signal distributor is connected in series with the 'central controller in Video 32 and transmitted to these signal distributors. The signal distributor includes a MH early compilation—address MS, and is connected to the central controller through data transmission 6 1244782 to receive the video data; an interface buffer unit is connected to the decoding unit and the Light emitting element cluster lamp spot beam group. In the above, "the solution of the early horse solution based on the address set Zhuoyuan set the address material" to decode the video data, and the decoded video data is transmitted to the light-emitting element through the interface buffer unit. Cluster light spot beam set. The video data is used to control a plurality of light-emitting element cluster light points in the light-emitting element cluster light point beam group. Beam dimming can dynamically present an image pattern corresponding to the video data. · Φ These signal distributors are respectively based on the address data set by their own address setting unit to decode the video data output by the central controller, and transmit the decoded video data to their own through the interface buffer unit Connected light emitting element cluster lamp spot beam group. In this way, the present invention utilizes a central controller to transmit the stored image pattern data to the luminous bodies (including buildings, landscape lighting, and signboards) that are installed by the light emitting element cluster lamp point beams after being controlled and set. The light-emitting element clustering and lighting group of the light emitting element enables it to simultaneously display the image pattern or dynamic changing image pattern corresponding to the video data. Therefore, the present invention can solve the problem that a digital * light controller DMX512 is only used in one Disadvantages of regional control display and the simultaneous dynamic display of multiple luminous bodies (including buildings, landscape lighting and signboard decorative light-emitting diode lamps (LEDs) that are composed of light-emitting element cluster lights at the same time. It is not necessary for the controller to come every day to control. ^ The above summary and the following detailed description are exemplary and are intended to further illustrate the scope of patent application of the present invention. Other objects and advantages of the present invention will be described in the subsequent description. [Illustration] 7 1244782 "Pregnant system": Gangtu, Department According to the present invention, the light-emitting element cluster lamp lighting control == =? The invention system is controlled by a central control unit to control a single light element: the function of f targets each consisting of a plurality of light-emitting element cluster lighting points, that is, a unit Figure; of; display. Can be used to control multiple groups of display through software editing
内部電=圖考第二圖，係為本發明中央控制器 理單元=ί 。ί中央控制器10，包括有：-微處 __亍單記憶單元1Q8、媒體資料擷取單元104、 太網路介面1Q5,並透過—串列式匯 WΜ03連接一賢料傳送介面1〇6。 该微處理單元1Q2控制該媒體資料擷取單幻Q4取得 =-媒體資料（未標示）後，係將媒體資料暫存於該 。己早7L 1G8作為媒體資料儲存緩衝器。微處理單元1〇2 處理該媒體:#料後，係透過㈣傳送介面106輸出圖像、 視汛、文字等資料之視訊資料到該些訊號分配器20。資料 傳送^面106可為RS422/485通訊規格之傳送介面，作為 數位彳σ號轉換為差動式彳s號位準以提高傳輸距離。媒體^ 料擷取單元1〇4為一具有IDE介面功能之任何儲存裝置，、 儲存裝置如 Compact flash card、DVD、CD、HDD 等，此 裝置可以儲存由電腦編輯之圖形、文字、視訊等資料。 ^太網路介面105可以提供網際網路通訊使用，並且於本 發明糸統動作時，可以透過此乙太網路介面1〇5作本發明 系統監測回報，新檔案下載等功能。顯示單元1〇7則;為 8 1244782 it丨^ I統工作狀態之顯示◦串列式匯流排1Q3係為iIC 排：排’可—組或是多組數位信號組成，其匯流 需1 調整，以因應不同發光元件集束燈點束數量之The internal electricity = the second picture of the diagram, which is the central controller management unit of the present invention = ί. The central controller 10 includes:-micro__ single memory unit 1Q8, media data acquisition unit 104, Ethernet interface 1Q5, and-a serial sink WM03 connected to a material transmission interface 106 . The micro processing unit 1Q2 controls the media data acquisition single magic Q4 to obtain =-media data (not marked), and temporarily stores the media data in the. 7L 1G8 has been used as a media data storage buffer. The micro processing unit 102 processes the media: # After the data is transmitted, the video data such as image, video, text, and other data is output to the signal distributor 20 through the transmission interface 106. The data transmission surface 106 can be the transmission interface of the RS422 / 485 communication standard, and it can be converted to a digital 彳 σ number as a digital 彳 σ level to increase the transmission distance. The media ^ data acquisition unit 104 is any storage device with an IDE interface function, such as a compact flash card, DVD, CD, HDD, etc. This device can store graphics, text, video and other data edited by a computer . ^ Ethernet interface 105 can provide Internet communication, and when the present invention operates in a unified manner, the Ethernet interface 105 can be used for system monitoring report, new file download, and other functions of the present invention. The display unit 107 is 8 1244782 it. It shows the working status of the I system. The tandem bus 1Q3 is the iIC bus. The bus can be composed of one or more digital signals. The bus needs to be adjusted by 1. In accordance with the number of light beams for different light emitting element cluster lights
内圖，請參考第三圖，係為本發明訊號分配器 包路方塊不意圖。訊號分配器20包括有：一解碼單元 2〇2連接一位址設定單元2〇6、一介面緩衝單元2〇4、一位 址’·、、頁示單元207 ’並透過—資料傳送介面2⑽連接到該中 央控制器10以接收該視訊資料，資料傳送介面2〇8係為差 ，式傳輪介面，用來提供長距離資料傳輪功能。位址設定 ，兀206作為該訊號分配器20之位址資料設定，位址設定 單元206可以透過開關、紅外線裝置或是其他裝置設定之。 位址顯示單元207受控於該解碼單元2〇2，並依照位址資 料加以顯示該訊號分配器20之位址。位址顯示單元207 可以發光二極體LED或是其他任何可以顯示數碼的顯示裝 置。~碼單元202依據該位址設定單元206設定之位址資 料，用以解碼該視訊資料，並透過該介面緩衝單元2〇4將 解碼後之該視訊資料傳送到相對應的該發光元件集束燈點 束組30。介面緩衝單元204必需依照符合發光元件集束燈 點束組30中之集束燈點束介面結構規格，分有單向數位信 號發射器或是雙向之數位信號發射器與接收器，其功能為 單向傳送IIC串列匯流排格式訊號至發光元件集束燈點 束，亦可以接收具有狀態回報功能之發光元件集束燈點束。 以上所述，該些訊號分配器20係以相互串接方式連接 於该中央處理器10，並分別接收中央控制器1〇輸出之視 矾貧料。該些訊號分配器20中的各個解碼單元202則依據 9 1244782 自身位址設定單元_所設定⑽ 解碼輸出。經解碼後的視吨資山、I 打/祝口TL貝枓 接的發光元件集束燈縣組^即減躺傳送到各自連 料相對應之影像。其中，該，以現一與該視訊資 由至少-㈣峨級^2恤束組30，係 配合第一圖，請來者筮 發光元件集束燈點束電路方境^為本發明第一實施例之 點請，_: m意圖。歸光元件集束燈 分配器20，係取得解碼後早元3022，連接於該訊號 3024，連接於該介面控制單元==貢料；一亮度控制單元 資料數值轉換成為—亮产2，係將解碼後的該視訊 3026,連接於該亮幻輸出；—驅動電路 係受控於該亮度控制^早^發光元件_， 作。 用以驅動该發光元件3028動 體二件_係由至少-個發光二極 ί 為。_:式"ΐ :ΐ=ί 二其亮ί "面控制單元3022、亮戶扣出技市彳方式。亚且 可連接組成為_控制電^^。1]早70 _及驅動電路3026 每光元件集束燈點丰 發光二極體姑、 控制電路板與由至少一個 成，其功能是發f元件_所組 通訊協定取得該控制°°所1"達之相關資料依照介面 轉換驅動發光元件^ ^所需之相關資料，並將此資料 之色階表現或是雙色亮度。籍此產生單色 現。此外控制電路板還 ;二全：之色階表 1 ^ 、友衝為（未標示）或 10 1244782 是實體連接方式，將非所需之相關資料轉送至下一發光元 件集束燈點束302之控制電路板。 介面控制單元3022為一 IIC串列匯流排格式，用來接 收IIC串列匯流排訊號以傳送至具有三個通道發光二極 . 肢LED的壳度控制單元3〇24，同時亦將串列匯流排 - ^號傳送至下一發光二極體集束燈點束。三個通道LED的 π度控制單70 3024讀取lie串列匯流排訊號，依照訊號 的$值將其轉換成發光二極體LED亮度控制訊號以控制驅 •=包路3026。發光二極體LED亮度控制方式可以是脈寬調 k PWM(Puise width Modulation)方式，或是以電壓輸出 控制方絲控制驅動電路3Q26之輸出電流，以驅動發光二 極體點亮或是熄滅來調變發光二極體的亮度。 义/配合第一圖，請參考第五圖，為本發明第二實施例之 ^光兀件集束燈點束電路方塊示意圖。在第二實施例中， 發光=件集束燈點束3〇2，較第一實施例更進一步包括有 一 ^悲偵測電路3023連接於該驅動電路3〇26與該介面控 ，制3〇22，狀態偵測電路3023依據該驅動電路3026上 之電壓或電流來判斷該發光元件3028之狀態，並將此狀態 透過該η面控制單元3022與該訊號分配器2〇傳回該中央 控制器10。 、、’’τ'上所述，本發明發光元件集束燈點束控制系統，主 • 提供—結構簡單’易於安裝與維護之發光元件 集束燈點束控制調光系統。本發明利用叫固中央控制器將 已儲存之影像圖案資料，經控制設定後，分別傳送到裝設 t由發光元件集束燈點束所構成之發光體 (包括大樓，景觀 照明及招牌·.）上的發光元件集束燈點束組，使其可以同時 11 1244782 呈現視汛資料相對應之影像安 如此，本發明可以解決習知動態的變化影像圖案。 聰12僅限於使用於1域性的二^個數位燈光控制器 控制多個大樓或建築物之裝輕^ 不，以及無法同時 動態顯示之缺點，而不管 綜上所述，本發明完全 、母天來控制。 專利法提出申請，請詳之要件，故Μ 以保障發明者之權益專利，實感德便， 疑，請不吝來函指示。 貝番查委員有任何的稽The internal diagram, please refer to the third diagram, which is not intended for the packet distributor block of the present invention. The signal distributor 20 includes: a decoding unit 202 connected to a single address setting unit 206, an interface buffer unit 204, a single address ',, and a page display unit 207', and the data transmission interface 2⑽ It is connected to the central controller 10 to receive the video data. The data transmission interface 208 is a differential-type wheel transfer interface, which is used to provide a long-distance data transfer function. The address setting 206 is used as the address data setting of the signal distributor 20. The address setting unit 206 can be set by a switch, an infrared device, or other devices. The address display unit 207 is controlled by the decoding unit 202 and displays the address of the signal distributor 20 according to the address data. The address display unit 207 can be a light-emitting diode LED or any other display device capable of displaying numbers. The code unit 202 is used to decode the video data according to the address data set by the address setting unit 206, and transmits the decoded video data to the corresponding light emitting element cluster lamp through the interface buffer unit 204. Spot beam group 30. The interface buffer unit 204 must be in accordance with the structural specification of the beam spot lighting interface in the light beam spot cluster 30 of the light emitting element, and is divided into a unidirectional digital signal transmitter or a bidirectional digital signal transmitter and receiver. Its function is unidirectional. Send IIC serial bus format signals to the light emitting element cluster lamp lighting, and can also receive the light emitting element cluster lamp lighting with status reporting function. As described above, the signal distributors 20 are connected to the central processing unit 10 in a series connection manner, and respectively receive the video output from the central controller 10. Each decoding unit 202 in the signal distributors 20 decodes the output according to 9 1244782's own address setting unit_set. After decoding, the light-emitting element cluster Dengxian group connected by Shishan Zishan, Ida / Zhukou TL, and so on will be sent down to the corresponding images. Among them, the present and the video information are provided by at least-Saga class ^ 2 shirt bundle group 30, which is in accordance with the first picture, the person who invited the light emitting element cluster lamp lighting circuit environment ^ is the first implementation of the present invention For example, please, _: m intent. The light returning element cluster lamp distributor 20 obtains the decoded early element 3022, is connected to the signal 3024, and is connected to the interface control unit == tributary material; a brightness control unit data value is converted into -brightness 2, which is decoded The subsequent video 3026 is connected to the bright output; the driving circuit is controlled by the brightness control ^ early ^ light emitting element_. There are two moving bodies for driving the light-emitting element 3028, which are composed of at least one light-emitting diode. _: Style " ΐ: ΐ = ί 二 其 亮 ί " Noodle control unit 3022, bright households withhold the technology market. Sub-connectable composition is _control power ^^. 1] Early 70 _ and driving circuit 3026 each light element cluster lamp points a light emitting diode, a control circuit board and at least one, its function is to send f element _ the set of communication protocols to obtain the control ° ° 1 Relevant data is converted to the relevant data required to drive the light-emitting element ^ ^ according to the interface, and the color gradation performance or two-color brightness of this data is expressed. As a result, a monochrome appearance is produced. In addition, the control circuit board also has two full: color scale table 1 ^, You Chongwei (unlabeled) or 10 1244782 is a physical connection mode, which transfers relevant information that is not required to the next light emitting element cluster lamp spot beam 302. Control circuit board. The interface control unit 3022 is an IIC serial bus format, which is used to receive IIC serial bus signals for transmission to three-channel light emitting diodes. The shell LED control unit 3024 of the limb LED also simultaneously serially buses Row-^ is transmitted to the next light-emitting diode cluster lamp to light the beam. The π degree control sheet 70 3024 of the three-channel LED reads the lie serial bus signal and converts it into a light-emitting diode LED brightness control signal to control the drive according to the $ value of the signal. The light-emitting diode LED brightness control method can be pulse width modulation (PWM) method, or the voltage output control square wire to control the output current of the drive circuit 3Q26 to drive the light-emitting diode to turn on or off. Modulate the brightness of the light-emitting diode. Meaning / cooperate with the first figure, please refer to the fifth figure, which is a block diagram of a light beam spotlighting circuit of the second embodiment of the present invention. In the second embodiment, the light-emission = light-beam-spot-lighting-beam-302 is further than the first embodiment, and includes a sad detection circuit 3023 connected to the driving circuit 3026 and the interface control, and 3022. The state detection circuit 3023 judges the state of the light emitting element 3028 according to the voltage or current on the driving circuit 3026, and transmits this state back to the central controller 10 through the n-plane control unit 3022 and the signal distributor 20. . As mentioned above, the light emitting element spotlight control system of the light emitting element cluster lamp of the present invention is mainly provided with a simple structure and is easy to install and maintain. In the present invention, the solid image central controller is used to transmit the stored image pattern data to the luminous bodies (including buildings, landscape lighting and signboards, etc.) composed of light-emitting element clusters and lighting beams after being controlled and set. The light-emitting element clustering lamp spot beam set on the upper side enables it to simultaneously display the image corresponding to the flood data at the same time. The present invention can solve the conventionally changing image pattern. Cong 12 is limited to the use of 1 ^ 2 digital light controllers to control the installation of multiple buildings or buildings ^ No, and the disadvantage of not being able to display dynamically at the same time. Days to control. For the application of the Patent Law, please refer to the detailed requirements. Therefore, in order to protect the inventor's rights and interests, the patent is practical and convenient. Doubt, please write to us. 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、，准以上所述，僅為本發明最^L 洋細說明與圖式，惟本發明之，的具體實施例之 以限制本發明’本發明之所有範圍限於此’並非用 圍為準，凡合於本發明申請專利^迷之申請專利範 =實施例，皆應包含於本發明之矿==精神與其類似變化 ί，本發明之領域内，可輕易：:之:：：熟悉該項技 i在以下本案之專利範圍。 ’文化或修飾皆可涵 【圖式簡單說明】 乐一圖為本發明發光元件集束 圖; ΜΑ”統架構示意 弟二圖為本發明中央控制器内部電路方土 第二圖為本發明訊號分配器内二思圖； 第四圖為本發明第—實施例之發光隹2圖； 塊示意圖；及 本束燈點束電路方 弟五圖為本發明第二實施例之發 塊示意圖。 本束燈點束電路方 12 1244782 【主要元件符號說明】 10中央控制器 10 2微處理單元 103串列式匯流排 104媒體資料擷取單元 105乙太網路介面 106資料傳送介面 107顯示單元 > 108記憶單元 2 0訊號分配器 202解碼單元 204介面緩衝單元 206位址設定單元 207位址顯示單元 208資料傳送介面 , 30發光元件集束燈點束組 302、302’發光元件集束燈點束 3 0 2 2介面控制單元 3023狀態偵測電路 3024亮度控制單元 3026驅動電路 3028發光元件 13The above description is only the detailed description and the drawings of the present invention, but the specific embodiments of the present invention are limited to the present invention, 'all the scope of the present invention is limited to this', not the range shall prevail. Any patent application examples that are suitable for the application of the present invention ^ fans should be included in the ore of the present invention = = spirit and similar changes. In the field of the present invention, it can be easily ::::: familiar with the item Technology i is in the patent scope of the following case. "Culture or modification can be included. [Schematic description] Leyi is a light-emitting element clustering diagram of the invention; MA" system schematic diagram. The second diagram is the internal circuit of the central controller of the invention. The second diagram is the signal distribution of the invention. The second diagram in the device; the fourth diagram is a light-emitting diagram of the first embodiment of the present invention; a block diagram; and the fifth diagram of the beam lamp point beam circuit is a diagram of the second embodiment of the present invention. Light beam circuit 12 1244782 [Description of main component symbols] 10 Central controller 10 2 Micro processing unit 103 Serial bus 104 Media data acquisition unit 105 Ethernet interface 106 Data transmission interface 107 Display unit> 108 Memory unit 2 0 signal distributor 202 decoding unit 204 interface buffer unit 206 address setting unit 207 address display unit 208 data transmission interface, 30 light emitting element cluster lamp spot beam group 302, 302 'light emitting element cluster lamp spot beam 3 0 2 2 interface control unit 3023 status detection circuit 3024 brightness control unit 3026 drive circuit 3028 light emitting element 13