Q 〇 出特定客戶銳，作f趣詩打顿·是否要打印 造成問題，例如，人員:而，这種以人工筆刀劃記的方式卻容易 口或污染其它有效區触過輕或劃錯、筆刀鱗落防焊開 ” S無塵室、顺良品、耗時且成本高等缺點。 201039703 六、發明說明： 【發明所屬之技術領域】 本發明係有關於印刷電路板的製造領域，特別是有關於-種不 需要人工筆刀劃記作業的_電路板的品管檢驗流程。 【先前技術】 如熟白該項技藝者所知，在印刷電路板各個階段的生產過程 ，為了確保產品品質，通常設有品質檢驗站，例如，在防焊㈣把 2 i SM)製程前的自動光學檢測(aut_ic。㈣1 &吵⑽) 檢驗檢驗’如贿墊清贿、舰對位等問題 則是負貴 w 的外 T(aut_tle visiGn insp咖 卜硯檢驗，如全面層瑕疵等外觀檢驗。 _人工方式:::=有的·’ _作法仍 晝出特定的記號H「 制用相在不良的載板顆粒上刻 4 201039703 由此可知’目4業界仍需要-種改良的印刷電路板製造及載板 顆粒口〇衫I ’可以去除人為因素造成的諸多舰，並有效的解決 先前技藝之不足與缺點。 【發明内容】 4達㈤述目的’本發爾供—種改良的印刷電路板品管檢驗流 程’結合二維條碼及網路词服器，取代了過去人工筆刀劃記作業， 可有效解決先前技藝的不足與缺點。 〇 根據本!x明之較佳實施例，本發明提供—種印刷電路板品管 ，驗流程，包含有：提供—印刷電路板，其上至少包含有一紀錄該 P刷電路板的序號的二維條碼；進行該印刷電路板上的二維條碼讀 進行該印刷電路板的品質檢驗作業，·在完成該印刷電路板 、4檢驗«後，將印刷電路板的品管資訊登錄到—網路饲服器 打嫩，娜_路板崎資訊，將 特疋留射標曲印至該印刷電路板上的特定位置上。 根據本發明之另，佳實 ，，包含有:提供一_電::：=: 維條碼;進行該印刷電路板上的二維條碼 二_21行該印刷電路板的自動目撿 雜躺第二次魏動作；進行該_電路板的檢 201039703 修作業；在完成該印刷電路板的檢修作業後，將該印刷電路板的品 管資訊登錄到-網路飼服器上；進行該印刷電路板上的二維條碼的 第三次讀取動作；進行—雷射打印作業，依據該第三次讀取動作所 -擷取的品管資訊，將較標記打印至該印猶職上的特定位 置上’進行該印刷電路板上的二維條碼的第四次讀取動作；依據第 四次讀取動作所擷取的品管資訊，進行分板作業；以及進行該印刷 電路板的外觀終檢作業。 Ο 為了能更進-步了解本發明之特徵及技術内容，請參閱以下有 關本發明之詳細說明與附圖。然而，所附圖式僅供參考與輔助說明 用’並非用來對本發明加以限制者。 【實施方式】 π參㈣1 ® ’其為依據本發明較佳實關崎補印有二維 〇條碼的印刷電路板條板示意圖。如第〗圖所示，印刷電路板條板】 包含有複數個預定區域2〜6，其巾職區域2〜6各包含有複數個載 板顆粒2a〜2d、如〜3d、4a〜4d、5a〜5d、6a〜6d，在預定區域2〜6外 的電路板周邊區域1G上，則設有以二維條碼蓋印機蓋印絲的二維 ’條碼㈤滅輝。由於職區域2〜6外的魏板周邊區域1〇的面 積非常有限，依據本發明較佳實施例，二維條碼卿的面積約為2匪 x2mm左右或更小，而條碼種類可以採用各種不同系統，例如，〇si KC200、QRcode等，其可以紀錄至少16個字元，提供相對應的 6 201039703 批號、板號及條/顆號等資訊。 - 本發明之主要技術特徵在於利用二維條碼100，配合工作站網 • 路伺服器’將印刷電路板由生產站入料至檢驗站後檢測出來的所有 報廢位置等品管資訊記錄下來’在印刷電路板入料至下一個檢驗站 ' 前，先以二維條碼讀取機取得最新的品管資訊，然後進行下—次的 . 檢測，並同步更新網路伺服器（如ftp伺服器)上的品管資訊。最後， ^ 在進行雷射打印前，同樣以二維條碼讀取機取得最新的品管資訊， 並依據此品管資訊進行雷射打印。由於生產品質控制均是以二維條 碼來管理及記錄，並能夠隨時更新，故可以取代過去以人工方式進 行劃記的作業。 ^ ❹ 由於二維條碼具有面積小、儲存字元多、容錯率高等特性，正 適合用於面積耗用率高、空白面積小的IC載板製造中，用以搭載基 板序號’在生絲財機台藉此序號登錄報廢及生產控管資1，並 及出貨管理運用。本發明以二維條碼方式將所有報廢 麵㈠身份證字號， •此外，利用自動化的機台結合電也可以輕易 _基板的資訊及其它種種生產過程==可 7 201039703 板生圖’其為依據本發明較佳實施例所繪示的印刷電路 _圖’其中以虛線表示資訊流程，實： .先以-唯二^。如弟2圖所示，印刷電路板在入料後(步驟20)， 先以一維條碼碩取機進行印 ； (步驟20a)，紐再以Αγτ⑼板的二維條碼資訊讀取動作 ' 3ω n、 動目檢機進行AVI自動目檢作業(步驟 •心二年彻檢修作業（步驟4〇)，在此同時將報廢位置等品 ο 概⑽上’之後，進行印刷電路板出料作業(步驟 續的雷射打印作業時(步義)，同樣可透過二驟 =動修驟偷)從咖·繼的 ^ IT顧品㈣訊，準麵絲戶標語神在蚊的載 夕在AVI自動目檢作業(步驟3〇)與彻檢修作業(步 =間、鞭s檢修健(步驟4G)與出料賴(步驟5())之間，同樣可以 ^用二維條碼讀取機進行印刷電路板上面的二維條碼資訊讀取動作 G驟3〇a、步驟40a)，隨時獲得產品的最新品管資訊。 〇 々由於本發日為結合二維條碼配合網路伺服器，取代了過去人 工筆刀劃記作業，S此’本發日肢少包括了町的n例如 錯即時資訊，避免人員漏劃、劃錯顆、劃記錯誤；⑶避免人員气 =過輕’造成漏減者誤判；（3)避麟刀舰產钱碎轉落 錢面其它位置，造成短路，或其它外觀功能性缺陷；（句維 室=境；⑶避免筆刀及其它衍生碎屑刮傷良品；⑹人員動作單純， 即錢產時間；（7)節省紙張成本；⑻方便出料管控；⑼可以客戶· 求輪出品管_’客製化程度高；(職錯功能；(η)品質分析快速而; 8 201039703 (12)管理者可遠端控管產速及品質狀況。 請參閱第3圖，其為依據本發明另一較佳實施例所績示的印刷 電路板生產及品質管理流程示意圖，其中以虛線表示資訊流程，實 線表不卿產品物流。如第3圖所示，依據本發明另一較佳實施例， 印刷電路板在人料作業後(步驟3♦同樣先以二維條碼讀取機進行 印刷電路板上面的二維條碼資訊讀取動作(步驟％時然後再以观 η自動目檢機進行AVI自動目檢作業(步驟)，接著進行VMS檢修 作業(步驟340)，在簡日_咖置_ 上’之後’進行後續的雷射打印作業時(步驟娜，而在進行雷射打 印作業前，可透過二維條碼資訊讀取動作(步驟 獲得最新的品管資訊，而雷射打印機可依據該品管資訊，準確鄉 的將客戶標語打印在特定的載板顆粒上，可以避免辨識不良而漏 打、打偏或色差問題。此外，在自動目檢作業(步驟33〇)與彻檢 〇 _業(步驟34G)之間，囉可以细二維條碼讀取機進行印刷電路 -^面的二維條碼資訊讀取動作(步驟3狗，隨時獲得產品的最新 -。口官Μ。在完成印刷電路板條板上各個載板顆粒的雷射打印作業 ι後’接著進行各個印刷電路板條板的分板作業(步驟_)，此時同樣 可以透過二維條碼資訊讀取動作_3啊從伺服器？〇〇獲新 的品管資訊，來進行有效率而且錯誤率低的分板動作，避免過 雷射標記絲贿跡比對㈣行㈣錯醇分板作#。 =(步驟綠後，纖行FVI顿終爾(步義），= 9 201039703 。本發明另—特徵在於可以避免過去出料時產生的 ==例如，混料(包括分錯板、混料號、條報糊及重複檢 驗動作造成的刮傷及其它衍生傷害。 彳（本發明結合二維條碼配合網路伺服ϋ，取代了過去 f) ❹ =的^序號表現之麵，條_上林重複，面積小且容 :率^⑵品管資訊可由機台產出後自動上傳或人員手動即時輸 行服錯位即時資訊安全之特性；⑶條碼f訊可經由中央系統 需求之袼式輸出，達到客製化成效；（4)出貨管 ⑸m 分板機作㈣為輯或是單純分板卡關之動作； 本幻相劃記作業後，可裁撤雷射打印機台，降低機台成 繼I ·，制自體不產生污_域、誤觸基板有重 判機會，降低浪費，帶出額外收益。 以上所述僅為本發明之較佳實施例，凡 所做之均等變化與修飾1應屬本發明之涵蓋範圍,專伽圍 【圖式簡單說明】 電路==本發，佳實施例所繪示的印有二維條碼的印刷 第2圖為依據本發日雜佳實施例輯示神刷電路板生產及品 10 Φ 201039703 質管理流程示意圖。 第3圖為依據本發明另一較佳實施例所繪示的印刷電路板生產 及品質管理流程示意圖。 【主要元件符號說明】 ' 1印刷電路板條板 2〜6預定區域 ▼ 2a〜2d載板顆粒 3a〜3d載板顆粒 4a~4d載板顆粒 5a〜5d載板顆粒 6a〜6d載板顆粒 10電路板周邊區域 20入料作業 ❹ 20a二維條碼資訊讀取 30AVI自動目檢作業 30a二維條碼資訊讀取 ' 40 VMS檢修作業 ' 40a二維條碼資訊讀取 50出料作業 5 0a二維條碼資訊Ί買取 70伺服器 π 201039703 10 0二維條碼 320入料作業 320a二維條碼資訊讀取 330AVI自動目檢作業 330a二維條碼資訊讀取 340 VMS檢修作業 340a二維條碼資訊讀取 350雷射打印作業 350a二維條碼資訊讀取 360分板作業 360a二維條碼貢訊讀取 370 FVI外觀終檢作業 700伺服器Q 〇 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 · 特定The utility model relates to the disadvantages of the clean room of the pen knife, the dust-free room, the succinct product, the time-consuming and the high cost. The invention relates to the field of manufacturing of printed circuit boards, in particular There is a quality inspection process for a board that does not require manual pen and knife writing. [Prior Art] As the skilled person knows, in the production process of various stages of the printed circuit board, in order to ensure the product Quality, usually with a quality inspection station, for example, in the anti-welding (4) 2 i SM) process before the automatic optical inspection (aut_ic. (4) 1 & noisy (10)) inspection and inspection, such as bribery, bribery, etc. Is the outer T of the negative expensive w (aut_tle visiGn insp coffee 砚 test, such as the comprehensive layer 瑕疵 and other appearance inspection. _ manual mode::: = some · ' _ practice still pull out a specific mark H " system phase is bad The carrier particle is engraved on the 4 20103 9703 It can be seen that the 'improvement of printed circuit board manufacturing and carrier particle slings I' can remove many ships caused by human factors, and effectively solve the shortcomings and shortcomings of the prior art. 】 4 (5) stated that 'Benfei for a modified printed circuit board quality inspection process' combined with two-dimensional bar code and network word service, replacing the past manual pen and knife writing operations, can effectively solve the previous skills Insufficient and shortcomings. According to a preferred embodiment of the present invention, the present invention provides a printed circuit board quality control process comprising: providing a printed circuit board having at least one record of the P-brush circuit board The two-dimensional barcode of the serial number; performing the quality inspection of the printed circuit board by performing the two-dimensional barcode reading on the printed circuit board, and after registering the printed circuit board and the 4 inspection «, registering the quality control information of the printed circuit board to - The network feeding device is tender, and Na _ Lu Banqi information, the special sling is printed on a specific position on the printed circuit board. According to the present invention, the best, including: _Electricity:::=: Dimensional barcode; performing 2D barcode on the printed circuit board 2 _21 lines of the printed circuit board automatically squatting the second Wei action; performing the _ circuit board inspection 201039703 repair After the completion of the inspection operation of the printed circuit board, the quality control information of the printed circuit board is registered on the network feeding device; and the third reading operation of the two-dimensional barcode on the printed circuit board is performed; Performing a laser print job, based on the quality control information captured by the third read action, printing the mark to the specific position on the printed board, and performing the 2D barcode on the printed circuit board The fourth reading operation; performing the boarding operation according to the quality control information acquired by the fourth reading operation; and performing the final inspection of the appearance of the printed circuit board. Ο In order to further understand the features and technical contents of the present invention, please refer to the following detailed description of the invention and the accompanying drawings. However, the drawings are for illustrative purposes only and are not intended to limit the invention. [Embodiment] π ( (4) 1 ® ' is a schematic diagram of a printed circuit board strip which is printed with a two-dimensional 〇 bar code according to the preferred embodiment of the present invention. As shown in the figure, the printed circuit board strip includes a plurality of predetermined areas 2 to 6, and the towel areas 2 to 6 each include a plurality of carrier particles 2a to 2d, such as ~3d, 4a to 4d, 5a to 5d and 6a to 6d, in the peripheral area 1G of the board outside the predetermined areas 2 to 6, a two-dimensional 'bar code (5) is used to stamp the cover yarn with a two-dimensional barcode. Since the area of the peripheral area of the Wei board outside the service area 2 to 6 is very limited, according to the preferred embodiment of the present invention, the area of the two-dimensional barcode is about 2 匪 x 2 mm or less, and the barcode type can be variously used. The system, for example, 〇si KC200, QRcode, etc., can record at least 16 characters, providing corresponding 6 201039703 batch number, board number and strip/number. - The main technical feature of the present invention is to use the two-dimensional barcode 100 to cooperate with the workstation network and the server to record the quality control information of all the scrapped positions detected by the printed circuit board from the production station to the inspection station. Before the board is loaded to the next inspection station, the latest quality control information is obtained by the 2D barcode reader, and then the next-time detection is performed, and the network server (such as the ftp server) is updated synchronously. Quality control information. Finally, ^ before the laser printing, the same quality control information is obtained by the 2D barcode reader, and the laser printing is performed based on the quality control information. Since production quality control is managed and recorded in 2D barcodes and can be updated at any time, it can replace the manual manual recording. ^ ❹ Due to its small area, large number of stored characters, and high fault tolerance, 2D barcodes are suitable for IC carrier board manufacturing with high area consumption and small blank area. Taiwan will use this serial number to log in to scrap and production control management 1, and use it for shipment management. The invention adopts a two-dimensional bar code method to all the scrapped face (1) ID card number, and in addition, it can be easily combined with an automated machine platform. _Substrate information and other various production processes == 可 7 201039703 盘生图' The printed circuit shown in the preferred embodiment of the present invention has a dotted line indicating the information flow, and the following: . As shown in Figure 2, after the printed circuit board is loaded (step 20), it is first printed by a one-dimensional bar code picking machine; (step 20a), New Zealand uses the two-dimensional bar code information of the Αγτ(9) plate to read the action '3ω n. The visual inspection machine performs the AVI automatic visual inspection operation (step • the second-year thorough inspection operation (step 4〇), and at the same time, the scrapped position and other items are (10), and then the printed circuit board discharge operation is performed ( Steps to continue the laser print job (step), the same can be through the two steps = the move to steal) from the coffee · follow the ^ IT Gupin (four) news, the face of the silk slogan God in the mosquitoes of the eve in AVI automatically Between the visual inspection operation (step 3〇) and the thorough inspection operation (step = interval, whip s repair and maintenance (step 4G) and discharge (step 5 ()), you can also use 2D barcode reader for printing. The 2D bar code information reading action on the board is 3〇a, step 40a), and the latest quality control information of the product is obtained at any time. 〇々Because this date is combined with the 2D barcode and the network server, it replaces the past. Manual pen and knife scribing work, S this 'this hair is less than the town's n, such as wrong real-time information, to avoid personnel missing, Mistakes, mistakes in writing; (3) avoiding personnel gas = too light 'caused to miss the mistakes; (3) avoiding the cost of the knives and smashing the money to other positions, causing short circuits, or other functional defects; (3) Avoid pen-knife and other derivative debris scratching good products; (6) Personnel movement is simple, that is, money production time; (7) Saving paper cost; (8) Convenient discharge control; (9) Customer can ask for product quality _ 'High degree of customization; (employee error function; (η) quality analysis is fast; 8 201039703 (12) managers can remotely control the rate of production and quality. See Figure 3, which is based on the invention A schematic diagram of a printed circuit board production and quality management process in a preferred embodiment, wherein the information flow is indicated by a broken line, and the solid line indicates a product logistics. As shown in FIG. 3, another preferred embodiment of the present invention is shown. After the printed circuit board is in the manual operation (step 3♦, the two-dimensional bar code information reading operation on the printed circuit board is first performed by the two-dimensional bar code reader (step % and then the AVI is performed by the automatic visual inspection machine) Automatic visual inspection of the job (step), followed by VM S maintenance operation (step 340), after the simple laser _ _ _ on the 'after' the subsequent laser print job (step Na, and before the laser print job, through the 2D barcode information read action ( The step is to obtain the latest quality control information, and the laser printer can accurately print the customer's slogan on a specific carrier particle according to the quality control information, so as to avoid the problem of poor identification, missed, biased or chromatic aberration. Between the automatic visual inspection operation (step 33〇) and the thorough inspection 〇 _ industry (step 34G), the two-dimensional barcode reading operation of the printed circuit can be performed by the fine two-dimensional barcode reader (step 3 dog) , get the latest product at any time - the official website. After completing the laser printing job of each carrier particle on the printed circuit board strip, then proceed to the sub-board operation of each printed circuit board strip (step _), this When you can also read the action _3 from the server through the 2D barcode information? Obtain new quality control information to carry out the action of the board with low efficiency and low error rate, and avoid the laser mark bribery comparison (4) line (4) wrong alcohol board. = (after the step green, the fiber FVI Duncheng (step), = 9 201039703. The invention is further characterized in that it can avoid the occurrence of == for example, mixing (including the error-distributing plate, the mixing number) Scratches and other derivative injuries caused by strips and repeated inspections. 彳 (The invention combines two-dimensional barcodes with network servos, replacing the past f) ❹ = the number of the performance of the number, the strip _ Shanglin repeat , small area and capacity: rate ^ (2) quality control information can be automatically uploaded by the machine after the machine output or manual manual transmission of the wrong position of instant information security; (3) bar code f can be output through the central system demand (4) Shipment management (5) m sub-board machine for (4) for the series or simple sub-cards to close the action; After the phantom recording operation, the laser printer station can be abolished, and the machine can be reduced. The system does not produce pollution _ domain, mis-touch the substrate has a chance to re-judgment, reduce waste, and bring out additional benefits. The above is only a preferred embodiment of the present invention, and all changes and modifications 1 should be The scope of the present invention, the special gamma [simple description of the figure] Road == The present invention, the printing of the two-dimensional barcode printed on the preferred embodiment is shown in Fig. 2 is a schematic diagram of the quality management process of the production and product 10 Φ 201039703 according to the embodiment of the present invention. 3 is a schematic diagram of a production process and quality management process of a printed circuit board according to another preferred embodiment of the present invention. [Description of main component symbols] '1 Printed circuit board strip 2~6 predetermined area ▼ 2a~2d carrier board Particles 3a~3d Carrier particles 4a~4d Carrier particles 5a~5d Carrier particles 6a~6d Carrier particles 10 Circuit board peripheral area 20 Loading operation ❹ 20a 2D barcode information reading 30AVI automatic visual inspection operation 30a 2D Barcode information reading '40 VMS overhaul job' 40a 2D barcode information reading 50 discharge job 5 0a 2D barcode information Ί buy 70 server π 201039703 10 0 2D barcode 320 feeding job 320a 2D barcode information reading 330AVI automatic visual inspection operation 330a two-dimensional barcode information reading 340 VMS inspection operation 340a two-dimensional barcode information reading 350 laser printing job 350a two-dimensional barcode information reading 360 sub-board operation 360a two-dimensional barcode tribute reading 370 FVI appearance Final inspection 700 server industry