M252935 、創作說明（l) 【新型所屬之技術領域】 本創作係關於一種電路板檢測裝置，特別是一種應用於 手機電路板之自動檢測裝置。 【先前技術】 自動光子檢測糸統（Aut〇matic Optic Inspection, AO I )經過近1 〇年的研發努力，已成功地運用在印刷電路板 ^PCB )生產線上，而電路元件的微型化和密集化之發展趨 :2二印刷電路板製造業中的表面黏著（smt)工廠選 :為二土產線裝設自動光學檢測設備，這是 :細密的元件已不再是依靠生產線上作業員的眼力所二 測，並且留下精確的檢測記錄，此外致的檢 ::進行反覆、精確的檢測，其中檢測測^更 件是否空焊、短路、變形甚至短缺的情形，以 實沾錫、錫位偏移或錫量不均等情 ：：是否確 行檢測結果的儲存、分析和整理。 交丹透過電腦進 其中，在手機主機板的製作流程裡， 檢測系統的辅助，尤其在手機尺寸漸趨縮小的：J自動光學 板也相對細Λί、，此日夺，若要倚重人的眼 勢下，主機 各元件是否精確的焊接在主機板上，並且確二=主機板上的 _ ^ ^接的是否得 M252935M252935, Creation Instructions (l) [Technical Field of New Type] This creation is about a circuit board detection device, especially an automatic detection device applied to a mobile phone circuit board. [Previous technology] After nearly 10 years of research and development efforts, the Automatic Photon Inspection System (AO I) has been successfully used in printed circuit board (PCB) production lines, and the circuit components are miniaturized and dense. The development trend of chemical: 2 surface adhesion (smt) factory in the printed circuit board manufacturing industry selection: install automatic optical detection equipment for the second local production line, this is: the fine components are no longer relying on the eyesight of the production line operators The second test, and leave accurate test records, in addition to the inspection :: Repeated and accurate testing, which tests whether the test pieces are empty soldering, short circuit, deformation, or even shortage, in order to actually tin, tin level deviation Mismatch in migration or tin content: whether the test results are stored, analyzed, and organized. Jiao Dan enters it through a computer. In the production process of the mobile phone motherboard, the detection system is assisted, especially in the mobile phone size is gradually shrinking: J automatic optical board is also relatively thin. Today, if you want to rely on human eyes Under the current situation, whether the main components of the host are accurately welded on the main board, and whether the two = _ ^ ^ on the main board is M252935
宜’都是一件極困難 系統就成了唯一且能 學檢測系統時，在傳 下的缺失有待改進。 且效率極低的事， 得到最佳效率的設 統的手機主機板檢 因此，自’動光學檢測 備。但在使用自動光 測流程裡，仍出現如 卜丁、 H面板10,)不忍圖’面板1〇上通常包含4片相同的子板（ 焊右耸夕的主型式都有）12，其中各子板12的上、下表面皆已 m夕表面黏著元件（SMD)(圖中未示），接著，面板 子過—道檢測流程’保元件是否精確的焊接於— 進行面 條碼（ 檢測（ 板上焊 之條碼 元件有 )，再 查的結 修護記 面板下It is extremely difficult that when the system becomes the only and capable detection system, the lack of transmission needs to be improved. In addition, it is extremely inefficient, and the mobile phone main board inspection of the system with the best efficiency is obtained. Therefore, automatic optical inspection equipment is used. However, in the process of using automatic photometry, such as Bu Ding, H panel 10,) can not bear the picture 'Panel 10 usually contains 4 identical daughter boards (the main types of welding are right) 12 of which The upper and lower surfaces of the daughter board 12 have been equipped with surface adhesion components (SMD) (not shown in the figure). Then, the panel sub-channel inspection process' make sure the components are accurately welded to — for noodle code (inspection (board There are barcode components on the soldering), and then check the repair repair panel under
同時參考第二圖，係為習知的面板檢測流程圖，首先 板上表面的檢測程序，包含：先行貼覆面板上表面之 步驟101 )，接著，進行自動光學檢測系統（Α()Ι )的 步驟1 0 2 )。緊接著，自動光學檢測系統將判定各子 接的元件有無瑕疵（步驟1〇3),同時也讀入面板上 。右經自動光學檢測系統判定面板上任一子板焊接的 瑕疵，則該面板將進行人工判定的步驟（步驟丨〇4 次確認子板焊接的元件有無異樣（步驟丨〇 5 )，若檢 果是有瑕疵，則將面板進行修護處理的程序，並產生 錄（步驟1 0 6 );若檢查的結果無瑕疵，則接續進行 表面的檢測程序。At the same time, referring to the second figure, it is a conventional panel detection flowchart. First, the detection process of the surface of the panel includes: step 101 of first adhering the upper surface of the panel, and then, an automatic optical inspection system (Α () Ι) Steps 1 0 2). Immediately afterwards, the automatic optical inspection system will determine whether each of the connected components is defective (step 103), and also read it into the panel. The right optical automatic inspection system determines the welding defect of any daughter board on the panel, then the panel will perform a manual determination step (step 丨 〇 4 times to confirm whether there are any abnormalities in the components of the daughter board welding (step 丨 05). If the inspection result is If there is a defect, the panel will be repaired and recorded (step 106); if the result of the inspection is not defective, the surface inspection process is continued.
、創作說明（3) 接進==3:/定子板上彈接的元件並無瑕疵，則直 )，由於盥面ί 檢測程序（如步驟107至步驟113的流程 中面板條碼的檢測步驟相151，在此不再累述。其 記錄檢修記錄的辨識該面板10的身分以及 記錄，以供後以：用丄；=得以：控面板的各項檢測 面板10與子板12Ξ:Ϊ 不過，後段製程時，當 於哪一 >{面杯，伯1後，早獨的個別子板將無法辨識它是屬 於 侍面板的對應檢測記錄，形同虛設。有鑑 ‘板=作提供一種電路板檢測裝置，使得即使面板與各 刀彳’面板上的檢測記錄仍能連結到對應的各子板。 【新型内容】 本創作之目的為提供一種電路板檢測裝置。 本創2提供了 一種電路板檢測裝置，係應用於檢測一面 板上具有複數個子板之電路板（子板的數量約介於4片至i 2 片），其中該面板上係貼覆有一面板條碼，且各個該子板上 亦貼覆有不同的子板條碼，該電路板檢測裝置係包含：一自 動光學檢測（AO I )系統、一資料連結模組以及一資料庫。 自動光學檢測系統，係用以檢測該電路板，並同時讀取該面 板條碼與該子板條碼。資料連結模組，係用以連結該面板條 碼與該子板條碼之條碼資料，並產生一連結資料。資料庫係 M252935 四、創作說明（4) 用以儲存該連結資料，應注意的是，資料庫儲存的資料搁位 可包含：批次編號、面板條碼資料、子板條碼資料、修護記 錄以及修護員編號等。透過該資料連結模組所連結的該連^ 資料，使得當該面板與各個該子板分離後，仍可維持該^ 與各個該子板的關聯性。 ' ' ~ 敬 【實施方式】 本創作提供一種電路板檢 機電路板之自動檢測裝置。& 板與子板之條碼，使得本創作 板與其相連子板之資料，因此 子板分離’本創作之電路板檢 庫之資料，得到面板與子板資 車父佳貫施例以說明本創作，秋 舉例，而並非用以限定創作本 詳述如下。 測裝置’特別是一種應用於手 本創作中，藉由分別貼覆於面 之電路板檢測裝置得以連結面 ’於後續製程時，即使面板與 測裝置仍可藉由儲存於其資料 料之對應關係。以下茲列舉一 熟悉此項技藝者皆知此僅為一 身。有關此較佳實施例之内容 如第三圖所示，係根攄太备 意 30 上 圖，其中面板20上係包^4創//交佳實施例之條碼貼覆示 (-f ^ ^ ΓΛ24'26'28' 门以片不等的型式），且各子拓的 、下^皆已焊有許多表㈣著元件（SMD)(圖中未示 ，此外，面板20上係貼覆有—面板條奶，而子板^、 四、創作說明（5) 26、28、30上亦同樣貼覆有不同的子板條碼241、261、 2 81、3 0 1，用以做為辨識不同子板的身分以及記錄其檢修記 錄的連結之用，以利本創作之電路板檢測裝置的檢測。 第四圖所示’係根據本創作較佳實施例之電路板檢 置之功能方塊不意圖，該電路板檢測裝置4〇係包一 ^ 光學檢測（AQI ) $統42、-資料連結模組44以及 46。自動光學檢測系統42，係用以檢測電路板及盆上煜 ，件是否焊接正常，i可同時讀取面板；=的 24卜26卜281、301。資料連結模㈣；碼 碼22與子板條碼241、261、281、川之“連=板條 資料庫46則用以儲存上述連結資料，其中ίΐ: 二中此外，資料連結模組44所需之程式 未示 體中。因此’透過該資料連結模組44所連心:子：该記憶 :得當面板20與各個子板24、26、2 ::連;。貧料’ 彼此的關聯性。 U刀離後，仍可維持3. Creation instructions (3) Access == 3: / The component springing on the stator plate is not flawed, then straight), due to the detection procedure (such as the detection steps of the panel bar code in the process of steps 107 to 113) 151, no more details here. It records the maintenance records to identify the identity of the panel 10 and records for later use: 丄; = able to: the various detection panels 10 and daughter boards 12 of the control panel Ξ: Ϊ However, In the latter stage of the process, when and where is the {noodle cup, Bo 1, the individual daughter board of the early independence will not be able to recognize that it belongs to the corresponding test record of the service panel, which is useless. There is a board for testing. Device, so that even the test records on the panel and each blade 'panel can still be connected to the corresponding daughter board. [New content] The purpose of this creation is to provide a circuit board detection device. This invention 2 provides a circuit board detection The device is used to detect a circuit board with a plurality of daughter boards on a panel (the number of daughter boards is between about 4 and i 2 pieces), wherein the panel is pasted with a panel barcode, and each of the daughter boards is also There are different children Bar code, the circuit board detection device includes: an automatic optical inspection (AO I) system, a data link module, and a database. An automatic optical inspection system is used to detect the circuit board and read the panel at the same time Bar code and the sub-board bar code. The data link module is used to connect the bar code data of the panel bar code and the sub-board bar code to generate a link data. The database is M252935 IV. Creation Instructions (4) Used to store the link Data, it should be noted that the data shelf stored in the database may include: batch number, panel bar code data, sub-board bar code data, maintenance records, and maintenance personnel numbers. The data linked through the data link module With the ^ data, after the panel is separated from each of the daughter boards, the relationship between the ^ and each of the daughter boards can be maintained. '~ ~ [Embodiment] This creation provides an automatic circuit board inspection machine circuit board Detection device. &Amp; The bar code of the board and the daughter board makes this creation board and the information of the daughter board connected to it, so the daughter board separates the data of the circuit board inspection library of this creation to get the panel and The board-owned car father Jia Guan gave an example to explain this creation, an example of autumn, but not to limit the creation. The detailed description is as follows. The measuring device is especially a kind of circuit board that is applied to the hand-made creation, and is attached to the surface. The detection device can be connected to the surface. In the subsequent process, even the panel and the measurement device can still use the corresponding relationship stored in their data. The following is a list of those who are familiar with this technology know that this is only one. About this preferred implementation The content of the example is shown in the third figure, which is very careful about the top 30, where the panel 20 is covered with the ^ 4 creation // the bar code stickers of the cross-border embodiment (-f ^ ^ ΓΛ24'26'28 'The doors are of different types), and each of the sub-tops and bottom parts have been soldered with many surface-mounting components (SMD) (not shown in the figure, in addition, the panel 20 is covered with a panel strip milk, And the daughter board ^, four, creation instructions (5) 26, 28, 30 are also covered with different daughter board barcodes 241, 261, 2 81, 3 0 1 for identifying the identity of different daughter boards and Record the link of its maintenance records to facilitate the inspection of the circuit board inspection device created by this book. Figure 4 shows the functional block of the circuit board inspection according to the preferred embodiment of the present invention. The circuit board detection device 40 is a package of ^ optical inspection (AQI) $ 统 42,-data link module 44 and 46. The automatic optical detection system 42 is used to detect whether the circuit board and the basin top are welded normally, i can read the panel at the same time; = 24, 26, 281, 301. Data link module; code 22 and sub-strip bar codes 241, 261, 281, and Sichuan's "link = slat database 46" are used to store the above-mentioned link data, of which: 中: Second middle school In addition, data link module 44 requires The program is not shown. Therefore, 'connected through the data link module 44: child: the memory: proper panel 20 and each of the sub-boards 24, 26, 2 :: connect ;. Poor materials' correlation with each other. U knife can be maintained
睛同時參考第五圖所示，係根據本創 A 板檢測流程圖，首先進行面板上表面的丄列的面 订貼覆面板上表面之條碼（步驟2〇 ":一王’包含：先 學檢測系統42的檢測程序（步驟2〇2 )。賢：二進行自動光 檢測系統42將判定各子板上桿接的^自動光學 )，同時也讀入面板與子板上之條碼。：：:又疲（步驟2 0 3 、、二自動光學檢測系 M252935 四、創作說明（6) 統42判定面板上任一子板焊接的元件有瑕疵，則該面板將進 打人工判定的步驟（步驟204 ),再次確認子板焊接的元件 有無異樣（步驟2 〇 5 )，若檢查的結果是有瑕疵，則將面板 進，修護處理的程序，並產生修護記錄（步驟m)，且將 :»己錄：來（包括簡單的檢修記錄以及經手檢修的作業員編 二_床右檢查的結果並無瑕疵，則接續進行面板下表面的檢 别柱序。 若在 直接進行 程），由 應注意的 (或雖判 該資料連 子板條碼 結資料將 的檢測程 第六 資料表單 面板條碼 業員編號 修記錄， v驟2 03時判定各子板上焊接的元件並無瑕疵，則 面板下表面的檢測程序（如步驟2()7至步驟212的流 =與，板上表面的檢測步驟相同，在此不再累述。 當面板上、下表面經AOI系統42判定為正常時 正吊但業已經過作業員檢修並留下記錄者）， ;η二結面板條碼資料與連接其上之子板的 貝科，並產生土車έ 士次 存入該資料庫々= 驟2i3i。接著，該連 庠，α^ 千（步驟214 )，隨之完成電路板 階段製程的啟動（步驟2 1 5 )。 資作較佳實施例之資料庫儲存的 資料、子板條碼資‘的二：欄；包含：批次編號、 以供後續品保單位的檢關係及其相關檢At the same time, referring to the fifth figure, according to the original A-plate detection flowchart, the first line of the top surface of the panel is used to apply the barcode on the top surface of the panel (step 2 ": 一 王 'includes: first Learn the detection procedure of the detection system 42 (step 202). Xian: Secondly, the automatic light detection system 42 will determine the ^ automatic optics connected to each daughter board), and also read the barcode on the panel and the daughter board. ：:: tired (step 2 0 3, 2 automatic optical inspection system M252935 IV. Creative Instructions (6) System 42 judges that there is a defect in any component welded on the panel, then the panel will enter the step of manual determination ( Step 204), reconfirm whether there are any abnormalities in the soldered components of the daughter board (step 205), and if the result of the inspection is defective, enter the panel, repair the process, and generate a repair record (step m), and Will: »Self-recording: Come (including the simple maintenance records and the manual editing by the operator. The result of the inspection on the right side of the bed is not flawless, then continue the inspection column sequence on the lower surface of the panel. If it is in the direct process), It should be noted (or although it is judged that the data is connected with the sub-board bar code data, the inspection process of the sixth data sheet panel bar code operator number is repaired, and it is judged that the welded components on each sub-board are not defective at step 2 03. The detection procedure of the lower surface of the panel (such as the flow from step 2 () 7 to step 212 = same as, the detection steps of the upper surface of the panel are the same and will not be repeated here.) When the upper and lower surfaces of the panel are judged normal by the AOI system 42 Hanging but already The operator overhauled and left a record); η two knots of the bar code data of the panel and Becco connected to the daughter board thereon, and generated dirt carts stored in the database 々 = step 2i3i. Then, the flail, α ^ Thousands (step 214), and then the start of the board stage process is completed (steps 2 1 5). The data stored in the database of the preferred embodiment, the sub-board barcode information, the second: column; contains: batch Sub-number, for subsequent inspection relations and related inspections
第10頁 M252935 四、創作說明（7) 本創作之電 由貼覆於面板之 本創作之資料連 初位於同一面板 料，得知子板與 等等。這也使得 中一子板被發現 能透過該連結資 次的製程，對於 路板檢測裝置具有相當多的優點，包含：藉 面板條碼以及各子板之子板條碼，得以透過 結模組產生面板與子板之連結資料，使得當 之各子板即使分離後，仍能藉由該連結資 面板的關聯性，包括其檢修紀錄、批次紀錄 即使在面板與子板分離的後段製程裡，當其 ::::A0 I系統的檢測缺失時，口口口保單位就 故隍ί同一面板的其他子板，甚至是同一批 除的效率將會有顯著的提昇。 本創作雖以較佳實彳 作精神與創作實體僅止於4月如上，然其並非用以限定本創 創作之精神與範圍内所作上述實施例爾。是以，在不脫離本 笳圍内。 之修改，均應包含在下述申請專利Page 10 M252935 IV. Creation Instructions (7) The power of this creation The materials of this creation pasted on the panel are located on the same panel, and I know the daughter board and so on. This also makes the S1 daughter board be found to be able to pass the linking process, which has many advantages for the road board detection device, including: borrowing the panel bar code and the daughter board bar codes of each daughter board to generate the panel and The connection data of the daughter boards allows the related boards to use the association of the linked boards even after they are separated, including their maintenance records and batch records. When the detection of the :::: A0 I system is absent, the mouth-to-mouth insurance unit will therefore increase the efficiency of other sub-boards on the same panel or even the same batch. Although this creation is based on a better practice spirit and creative entity only as above in April, it is not intended to limit the above-mentioned embodiments within the spirit and scope of this creation. Therefore, without departing from the border. The amendments should be included in the following patent applications
圖式簡單說明 藉由ητ 4 4 内容及此項創述結合所附圖式，將可輕易明瞭上述 貝創作之諸多優點，中： < _ 其中 ϊ=ί為一待檢測的面板示意圖； 二圖為習知的面板檢測流程圖； 圖；1為根據本創作較佳實施例之待檢測的面板示意 能方=圖為根據本創作較佳實施例之電路板檢測裝置之功 第五圖為根據本創作較佳實施例之面板檢測流程 ^圖為根據本創作較佳實施例之資料庫儲存的資料表 及 圖；以 單格式 圖號對照表： 10面板 1 4 面板條碼 2 2面板條碼 241、261、281、301 子板條碼 42 AOI檢測系統 46資料庫 12子板 20面板 24 H 28、30 子板 4 0電路板檢測裝置 44資料連結模組The diagram simply explains that by combining the content of ητ 4 4 and this creation with the attached diagrams, many of the advantages of the above-mentioned shell creation can be easily understood, in which: < _ where ϊ = ί is a schematic diagram of the panel to be detected; The figure is a conventional panel detection flowchart; Figure; 1 is a schematic diagram of the panel to be tested according to the preferred embodiment of the present invention = The figure is the function of the circuit board detection device according to the preferred embodiment of the present invention The fifth diagram is Panel detection process according to the preferred embodiment of the present invention ^ The figure is a data table and figure stored in the database according to the preferred embodiment of the present invention; a single format drawing number comparison table: 10 panel 1 4 panel barcode 2 2 panel barcode 241 261, 281, 301 Daughter board bar code 42 AOI inspection system 46 database 12 daughter board 20 panel 24 H 28, 30 daughter board 4 0 circuit board inspection device 44 data link module
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