201101925 六、發明說明： 【發明所屬之技術領域】 本發明係一種光明燈尋燈設定控制方法及裝置，乃設 成具有主機、訊號接收分配控制器、LED燈控制器、分配 設定器，而得對極多個光明燈快速編號，進而提供點燈者 可快速哥得點燈位置之功效。 【先前技術】 按，光明燈係一種宗教信仰之燈器，其數量極多，有 〇 數千、數萬個。而，習知之大體結構皆設成：每一燈殼具 有一小電路板，小電路板具有一 led燈，再以兩條電線串 接各小電路板供電給led燈；上述，其實存在有下列缺點 •其只能傳輸電源’而無法令其中一 LED燈亮、不亮，換 S之，無法控制一 LED燈閃爍，而無法使其一 led燈突顯， 無法方便讓點燈者快速尋得點燈位置，因此，習知需以名 冊註明點燈位置，點燈者欲查明點燈位置時需先找名冊之 S主明、再至燈柱處--找尋名牌，而顯不方便、費時。 Ο 【發明内容】 、 請參閱圖一、二、三、四、五，係設成具有一主機2〇 、所需數量之訊號接收分配控制器22及LED燈控制器14、 一分配設定器30 ’其設定、控制方法為： 一、將各LED燈控制器14插接於分配設定器，分配設定 器並連接有訊號接收分配控制器22 ; 一、主機發送編碼说給號接收分配控制器22，訊號接 收为配控制益22將依分配之編碼而輸至分配設定3〇 ，分配設定器30將各編號訊號輸入各LED燈控制器14 201101925 設定編號； 二、將各LED燈控制器μ拆離分配設定器30，並組裝於各 燈柱之各層電路板12上，各燈柱電路板亦連接有訊號 接收分配控制器22; 四、點燈者尋燈時，於主機2〇按數字鍵21，主機發射訊號 由訊號接收分配控制器22接收訊號，再依設定編號控 制欲尋之LED燈控制器14，該LED燈控制器14可使欲 尋之LED燈13閃爍提示位置。 〇 【實施方式】 請再參閱圖一、二、三、四，本發明具體實施：係數 支柱燈柱10，每一燈柱10由數個燈殼11組合呈數層所構 成’每一燈殼11中具有一 LE1D燈13，LED燈13設於一電 路板12 ’每一電路板12設有一 LED燈控制器14而可控制 LED燈13閃爍。各電路板12連接一訊號接收分配控制器 22而可控制LED燈控制器14，並設有一主機20可發射訊 號控制訊號接收分配控制器22 ;主機20具有數字鍵21， 分配設定器30具有數組插座31、確定鍵32，每一組並具 有數個 LED指示燈Dl、D2、D3 ' D4、D5、D6、D7、D8、D9 、D10。 本發明之「LED燈13設定編號」：請再參閱圖一、三 、五，先將各燈柱10電路板12之LED燈控制器14依序 插接於分配設定器30之各插座31，再依所需設定之燈柱 10、燈殼11層數、燈號而按壓主機20之數字鍵21，例如 ••第一柱第一層第一燈按「10101」、第二柱第二層第二燈 201101925 按「20202」，主機2〇發射訊號給分配設定器3〇之訊號接 收分配控制器22，而得令分配設定器30之第一組第一 LED 指示燈D1亮、第二組第二LE：D指示燈D2亮，即是顯示已 將第一、二組LED燈控制器14編碼(編號），再按第一、二 組之確定鍵32 ’使該編碼訊號設定於該LED燈控制器14， 依此類推，將各燈柱各層燈殼π之各LED燈13編號設 定入各LE：D燈控制器14，再將各led燈控制器14拆離分 q 配設定器30、及分別依序組裝於各燈柱14之電路板12， 即元成編波设定；由上述說明可知，本發明之方法，可使 極多個光明燈極快速、準確完成編號，得極佳實用功效。 本發明之「尋燈」：點燈者欲查尋點燈位置時，在主 機20數字鍵按所需查尋燈號，主機2〇發射訊號而由該燈 柱10之訊號接收分配控制器22接收，經判讀後輸出訊號 給該欲尋燈之LED燈控制器14，該LE1D燈控制器14又經 判讀後令該欲尋之LED燈13亮、不亮反複閃爍，點燈者 Q 即可輕易看出點燈位置。 由上述說明可知，本發明可使極多（幾萬個儿ED燈光 明燈快速正確編號、並可讓點燈者在極多之光明燈中快速 準確尋得點燈位置，具有極佳實用功效、且在光明燈物品 領域確屬首先創作，誠符合專利法要旨，懇請賜准專利。 【圖式簡單說明】 圖一’本發明控制流程方塊圖 圖二，本發明結構實施例立體圖 圖三’本發明燈柱俯視剖視圖 201101925 圖四，本發明LED燈相關構造實施例立體圖 圖五，本發明設入編碼之裝置實施例立體圖 【主要元件符號說明】 10燈柱 22訊號接收分配控制器 11燈殼 30分配設定器 12電路板 31插座 13 UED 燈 32確定鍵 14 LED燈控制器 Dl、D2、D3、D4、D5 20主機 21數字鍵 D6、D7、D8、D9、D10 指示燈201101925 VI. Description of the Invention: [Technical Field] The present invention is a light-light-setting setting control method and apparatus, which is provided with a host, a signal receiving and distributing controller, an LED light controller, and an allocation setter. Quickly numbering a number of bright lights, which in turn provides the ability to quickly light up the position of the lights. [Prior Art] According to the light, the light is a kind of lamp of religious belief, and its number is very large, and there are thousands and tens of thousands. However, the general structure of the conventional structure is set as follows: each lamp housing has a small circuit board, the small circuit board has a led lamp, and then two small wires are connected in series to each small circuit board to supply power to the led lamp; Disadvantages: It can only transmit power 'can't make one of the LED lights on and off, change S, can't control one LED light to flash, but can't make a led light stand out, can't make it easy for the lighter to quickly find the light Location, therefore, it is customary to indicate the position of the lighting on the roster. If the lighting person wants to find out the position of the lighting, it is necessary to find the S-Ming of the roster and then the lamp post--search for the famous brand, which is inconvenient and time-consuming. Ο [Summary] Please refer to FIG. 1, 2, 3, 4, and 5, which is provided with a host 2, a required number of signal receiving and distributing controllers 22, an LED lamp controller 14, and an allocation setter 30. 'The setting and control method are as follows: 1. Each LED light controller 14 is plugged into the distribution setter, the distribution setter is connected and the signal receiving and distributing controller 22 is connected; 1. The host sends the code to the number receiving and distributing controller 22 The signal receiving is controlled to be transferred to the distribution setting 3 according to the assigned code. The distribution setter 30 inputs each number signal into each LED lamp controller 14 201101925 setting number; 2. Disassemble each LED lamp controller The distribution setter 30 is assembled and assembled on each layer of the circuit board 12 of each lamp post. Each of the lamp post circuit boards is also connected with a signal receiving and distributing controller 22; 4. When the lighting person is looking for the light, press the number key on the main unit 2 21, the host transmitting signal is received by the signal receiving and distributing controller 22, and then the LED lamp controller 14 is controlled according to the set number, and the LED lamp controller 14 can cause the LED lamp 13 to be blinked to prompt the position. 〇[Embodiment] Please refer to FIG. 1, 2, 3 and 4 again. The present invention is specifically implemented: a coefficient pillar lamp post 10, and each lamp post 10 is composed of a plurality of lamp shells 11 in a plurality of layers. 11 has a LE1D lamp 13, and the LED lamp 13 is disposed on a circuit board 12'. Each circuit board 12 is provided with an LED lamp controller 14 to control the LED lamp 13 to blink. Each circuit board 12 is connected to a signal receiving and distributing controller 22 to control the LED light controller 14, and is provided with a host 20 for transmitting a signal control signal receiving and distributing controller 22; the host 20 has a numeric key 21, and the distribution setting unit 30 has an array. The socket 31 and the determination key 32 each have a plurality of LED indicators D1, D2, D3 'D4, D5, D6, D7, D8, D9, D10. The "LED lamp 13 setting number" of the present invention: Please refer to FIG. 1 , 3 and 5 again. First, the LED lamp controllers 14 of the circuit boards 12 of the lamp posts 10 are sequentially inserted into the sockets 31 of the distribution setter 30, Press the number key 21 of the main unit 20 according to the required lamp post 10, the number of layers of the lamp housing 11, and the lamp number. For example, • the first column of the first column, the first lamp, press "10101", the second column, the second layer. The second lamp 201101925 presses "20202", the host 2 transmits a signal to the signal receiving and distributing controller 22 of the distribution setter 3, and the first group of the first LED indicator D1 of the distribution setter 30 is illuminated, the second group The second LE: D indicator light D2 is on, that is, the first and second groups of LED lamp controllers 14 have been coded (numbered), and then the first and second groups of determining buttons 32' are set to set the coded signal to the LED. The lamp controller 14, and so on, sets the number of each LED lamp 13 of each lamp post π of each lamp post into each LE:D lamp controller 14, and then detaches each LED lamp controller 14 from the setter 30. And the circuit board 12 assembled in each of the lamp posts 14 in sequence, that is, the elementary wave setting; as can be seen from the above description, the method of the present invention can A very large number of bright lamps are extremely fast and accurate, and have excellent practical effects. The "light-seeking" of the present invention: when the lighting person wants to search for the lighting position, the digital key of the main unit 20 presses the desired search signal, and the host 2 transmits the signal and is received by the signal receiving and distributing controller 22 of the lamp post 10, After the interpretation, the output signal is sent to the LED lamp controller 14 for the light to be searched. After the LE1D lamp controller 14 is judged, the LED lamp 13 to be searched is turned on and off, and the flashing light is repeated, and the lighting person Q can be easily seen. Light up the position. It can be seen from the above description that the present invention can be used for a large number of tens of thousands of ED lights, and allows the lighter to quickly and accurately find the lighting position in a large number of bright lamps, which has excellent practical effects. In the field of bright light articles, it is the first creation, and it is in line with the gist of the patent law. Please give a patent. [Simplified illustration of the drawing] Figure 1 is a block diagram of the control flow of the present invention, and a perspective view of the structural embodiment of the present invention FIG. 4 is a perspective view of an embodiment of an LED lamp according to the present invention. FIG. 5 is a perspective view of an embodiment of a device for encoding according to the present invention. [Main component symbol description] 10 lamp post 22 signal receiving and distributing controller 11 lamp housing 30 Distribution setter 12 circuit board 31 socket 13 UED light 32 determination key 14 LED light controller Dl, D2, D3, D4, D5 20 host 21 number keys D6, D7, D8, D9, D10 indicator