1230027 五、發明說明（1) 【發明所屬之技術領域】 本發明尤指其提供一種利用鋼 碼之辨識機構’進而使得各電子基板ς制“ ^位編 識序號，俾利正確選取良品，且達到二;單：-的辨 自動化之易於燒錄、讀取辨識序號 丄：1、易於 【先前技術】 < 屯千基板結構。 請參閱第1圖，在許多的電子其 複數個相同設計的電子元件2 ， ^ ，橫直排列有 相同的加工程，，並於完成各站力站上進行 ㊁f的電子元件2 ’以供製作：以：： 電子基板1於每一站完成加工作業後合、1 ，由於 業’以篩選出不良品’並在基板1上不“：：：的作 位置，以人工方式作一標記3， ：勺電子兀件2 件，唯此種方式不但相當耗費人力父良的電子元 加工作業時，因作業的—貫性，# 方、^下—階段的 3予以覆i，使得相當困難辨識前—階：：；面上之標記 為了改善此-情形’即有業者在進行檢，、:作：：的位置’· 不良品的位置，以座標的方式紀錄並儲存^ Γ同時將 ❿ 使仔在進行每—加工檢測作業後，均能隨時貝枓庫中’ 位置貧料’俾於完成階段作業後，正確山冒不良品的 用’然而’又由於各基板i本身並良品以供使 的紀錄係根據各基板i的加工順序=广虎’而資料庫 板發生散落或者不小心調換I變動到原2，-但整疊的基 時，將使得資料庫不良品的” ^工排列的順序 罝貝枓無法對應到正確的1230027 V. Description of the invention (1) [Technical field to which the invention belongs] The present invention particularly refers to the provision of an identification mechanism using a steel code, thereby enabling each electronic substrate to generate a "^ -digit serial number, so as to properly select a good product, and Achieve two; single:-easy to burn and read the identification serial number 易于: 1, easy [prior art] < the structure of the substrate. Please refer to Figure 1, in many electronics its multiple identical design The electronic components 2 ^ are arranged in the same horizontal and vertical direction, and the electronic components 2 ′ f are produced at the stations of each station for production: To:: After the electronic substrate 1 completes the processing operation at each station, 1, because the industry 'screens out defective products' and does not ":::" on the substrate, manually marks 3,: 2 electronic components of the spoon, but this method is not only very labor-intensive In a good electronic component processing operation, due to the consistency of the operation, # 方 、 ^ 下 —stage 3 is overwritten, making it very difficult to identify the pre-stage ::; the mark on the surface in order to improve this situation Operators in progress ，、 ： 作 ：: The position of the defective product is recorded and stored in the form of coordinates ^ Γ At the same time, after each processing inspection operation, the child can always be in the 'Poor location' in the warehouse.俾 After the completion of the phase operation, the correct use of defective products 'however' is due to the fact that each substrate i itself is a good product for the record is based on the processing order of each substrate i = Guanghu, and the database board is scattered or not. Be careful to change I to the original 2,-but when the base is stacked, the order of the "defective work" of the database will not be able to correspond to the correct
第5頁 1230027 五、發明說明（2) 基板’反而造成 必須賦予一唯一 料’即 基板之 免發生 目前即 該方式 射打印 此至今 【發明 即 序號之 件之基 使變動到 辨識序號 混亂錯置 有業者以 因雷射打 出來之序 仍無法廣 内容】 本發明之 電子基板 板一側， :良品位置資料的混亂，因此在各 =識序號，以供資料庠隨時比對增修資 原Ϊ力:工排列的順序日寺，資料庫亦能根據 確找出對應的不良品位置資料，而避 带、形；為了使各基板上具有辨識序號， 田射的方式於基板上打印出辨識序號，惟 印的投備及讀取的設備均相當昂貴，且雷 嬈經常模糊不清，造成讀取上的困難， 泛採用。 辨識機構，該銅 &而為輸入電路端 個輪出電路端係 於各輸出電路端 式排列出序號， 的電路，而於電 作業站讀取辨識 件。 主要目的係提供一種易 結構，其係於呈橫直排 成型有一由銅箔基板製 落基板上佈設有導通電 ’另一端為相通之數個 根據需求量設定之位元 設有細微段；藉此，利 並於各序號對應之輸出 子基板上編製出唯一的 ’俾利正確選取出基板 於燒錄、讀取辨 列有複數個電子 作成二進位編碼 路，該導通電路 輸出電路端，該 數呈並聯排列， 用二進位編碼的 電路端燒錄出對 辨識序號，以供 上為良品之電子 本發明之另一目的係提供一種易於燒錄、讀取辨識序 ^之電子基板結構，其中，該銅箔基板上根據設定之位元 丈而並聯排列之輸出電路端，係分別設有細微段，於各基 1230027 五、發明說明（3) 板燒錄編制夕加^ ^ ^ 在# 衣之辨識序號時，利用電流使得要設定之位元， 絲Φ愿的、輪出電路端細微段燒毀，造成斷路的效果，以燒 雷敗^减序號’並於讀取時以一般的1 /〇卡便可讀出輸入 “—端與各輸出電路端的狀態，進而以簡單的結構，達到 設定穩定且易於燒錄及讀取之目的。 【實施方式】 一本發明係以二進位編碼之方式，並依據需求量設定位 元數而編製出辨識序號，使得每一基板均可個別賦予一唯 一的辨識序號；請參閱第2、3圖，本發明之電子基板結 構’係於呈橫直排列有複數個電子元件1 1之基板i 〇 一 側，成型有一由銅荡基板i 2製作成配合二進位編碼之辨 識機構’該辨識機構係於基板1 0製作成型時，同時_體 成型而固設於基板1 〇上，並使銅箔基板1 2之各端點凸 出基板1 0板體，其中，銅箔基板1 2上佈設有導通電 路，該導通電路一端為輸入電路端121 ，另一端為相通 之數個輸出電路*而1 2 2 ，該數個輸出電路端1 2 2係根 據需求篁纟又疋之位元數呈並聯排列，並於各輸出電路端設 有細微段1 2 3 ;請參閱第4〜1 、4〜2圖，於燒錄辨X 識序號時，利用電流將要設定之位元，在對應的輸出電路 端細微段1 2 3燒毀，造成斷路的效果，使得並聯排列之 數個輸出電路端1 2 2，依據二進位編碼的辨識序號，在 各設定位元位置之對應輸出電路端形成不同的斷路或通路 狀態，進而燒錄出辨識序號，如第4〜1圖所示，辨識序 號為 3 1 位元之00000000000000000000000Q0000001 時， 1230027 . " ——…...............................— 五、發明說明（4) 2第：輸出電路端丄2 2A為斷路狀態，而 電路端為導通狀態，如第4〜2圖所*，當辨識的輪出 3 1 位 70 之〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇()〇〇〇〇u 日士 & 為 、第二輸出電路端122A、122B為斷路：’能則其 的輸出電路端為導通狀態；請再參閱第3 、=，而 2前述方 < ’各基板i 〇分別燒錄編製之辨 圖二依 ，板10便可具有各自獨立且唯一的辨識序號，並、：:固 日才插入一般的I/O卡，便可依據輸入電路端i 2 1鱼、^取 出電路端1 2 2斷路或導通的狀態，而辨識讀取出賦輸 板1 〇之序號。 基 本發明以簡單的結構，使得每一電子基板都易於掉 及項取所編製的唯一辨識序號，進而於每一站加工檢^ = 業完成後，均能依據辨識序號輸入新增不良品的位置資 料’並於完成階段作業後，依據辨識序號於資料庫内，、 確找出對應基板之出不良品位置資料，俾利正確選取出 板上為良品之電子元件。 基 1230027 圖式簡單說明 第1圖：習式電子基板之示意圖。 第2圖：本發明電子基板之示意圖。 第3圖··本發明銅箔基板之示意圖。 第4〜1圖：本發明銅箔基板燒錄辨識序號之示意圖。 第4〜2圖：本發明銅箔基板燒錄另一辨識序號之示意 圖。 第5圖：本發明電子基板疊置之示意圖。Page 5 1230027 V. Explanation of the invention (2) The substrate 'conversely causes a unique material to be given', that is, the exemption of the substrate occurs. This method is currently used to print and print. Some people still ca n’t cover the content because of the order of laser shots.] On the side of the electronic substrate board of the present invention, the confusion of the location information of good products, so the numbers are identified at each place for the purpose of data comparison at any time. Force: The sequence of the work is arranged in the Risi Temple. The database can also find the corresponding defective product location data to avoid bands and shapes. In order to have the identification number on each substrate, the field shooting method prints out the identification number on the substrate. However, Weiyin's investment and reading equipment are quite expensive, and the thunder is often illegible, causing difficulties in reading, and is widely used. The identification mechanism, the copper & is an input circuit terminal, and the output circuit terminal is connected to each output circuit terminal, and the serial number is arranged, and the identification part is read at the electric work station. The main purpose is to provide an easy structure, which is formed in a horizontal and straight line with a copper foil substrate. A conductive substrate is arranged on the substrate. The other end is connected. Several bits set according to demand are provided with fine segments. Therefore, a unique 'brightness' was prepared on the output sub-board corresponding to each serial number. The board was correctly selected to have a plurality of electrons for programming and reading to make a binary coding circuit. The output circuit end of the conduction circuit, the The numbers are arranged in parallel, and the serial number of the binary code is used to burn the identification number for the good electronic product. Another object of the present invention is to provide an electronic substrate structure that is easy to burn and read the identification sequence. The output terminals of the copper foil substrate, which are arranged in parallel according to the set position, are respectively provided with fine sections, which are 1230027 on each base. V. Description of the invention (3) Burning and programming of the board plus ^ ^ ^ ## 衣When identifying the serial number, the current will be used to set the bit to be set. The micro-segment of the circuit end will burn out, resulting in the effect of disconnection. The 1 / 〇 card can read the state of the input terminal and each output circuit terminal, and then with a simple structure, it achieves the purpose of stable setting and easy programming and reading. [Embodiment] One of the present invention is a binary code Method, and the identification number is prepared according to the required number of bits, so that each substrate can be individually assigned a unique identification number; please refer to Figs. 2 and 3, the electronic substrate structure of the present invention is horizontal A plurality of electronic components 11 are arranged on one side of the substrate i 0, and an identification mechanism made of a copper substrate i 2 to be used with a binary code is formed. The identification mechanism is formed at the same time as the substrate 10 is molded. The copper foil substrate 12 is fixed on the substrate 10, and each end of the copper foil substrate 12 protrudes from the substrate 10 board body. A conductive circuit is arranged on the copper foil substrate 12, and one end of the conductive circuit is the input circuit terminal 121. The other end is connected to several output circuits * and 1 2 2. The number of output circuit terminals 1 2 2 are arranged in parallel according to the number of bits required, and a fine segment 1 is provided at each output circuit end. 2 3; see Figures 4 ~ 1, 4 ~ 2, when the X identification number is burned, the bits to be set using the current are burned at the corresponding output circuit terminal fine section 1 2 3, causing a disconnection effect, making several parallel arrays The output circuit end 1 2 2 is based on the identification number of the binary code, and different open circuit or path states are formed at the corresponding output circuit end of each set bit position, and then the identification number is burned, as shown in Figure 4 ~ 1. When the identification number is 00000000000000000000000Q0000001 of 31 bits, 1230027. &Quot; ——..................... V. Description of the invention (4) 2nd: The output circuit terminal 22 2A is in the open state, and the circuit terminal is in the on state, as shown in Figures 4 ~ 2 *, when the identified wheel turns out 31 1 bits 70,000. The second output circuit terminals 122A and 122B are open: 'If you can, the output The circuit end is in a conducting state; please refer to the third and the third again, and 2 the aforementioned method < 'each substrate i 〇 respectively burned and prepared the discrimination diagram II, the board 10 can have each Since the independent and unique identification serial number, and :: Guri only insert the general I / O card, you can identify the read or disconnection of the circuit terminal 1 2 2 according to the input circuit terminal i 2 1 fish, ^, and read the state. Remove the serial number of the input plate 10. The basic invention has a simple structure, making each electronic substrate easy to drop and the unique identification number prepared, and then at each station processing inspection ^ = After the completion of the industry, you can enter the location of the newly added defective products according to the identification number Data ', and after the completion of the stage operation, according to the identification serial number in the database, to find out the location of the defective product corresponding to the substrate, the correct selection of electronic components on the board is good. Basic 1230027 Schematic illustration Figure 1: Schematic diagram of a conventional electronic substrate. Fig. 2: Schematic diagram of the electronic substrate of the present invention. Fig. 3 is a schematic view of a copper foil substrate of the present invention. Figures 4 ~ 1: Schematic diagrams of the identification numbers of the copper foil substrate burning identification of the present invention. Figs. 4 to 2 are schematic diagrams of burning another identification number of the copper foil substrate of the present invention. FIG. 5 is a schematic diagram of stacking electronic substrates according to the present invention.