201146108 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明涉及電路板製作領域，尤其涉及一種節省人力並 提高生產效率之自動喷碼系統及其使用方法。201146108 VI. Description of the Invention: [Technical Field] The present invention relates to the field of circuit board manufacturing, and more particularly to an automatic coding system that saves manpower and improves production efficiency and a method of using the same.
【先前技術J[Prior Art J
[0002] 電路板係數位產品中傳送電訊號之主要器件，於電路板 之製作過程中，通常要經過複數道工序製作而成。每一 工序對不同之電路基板有不同之工藝參數或製作條件， 為此，常需要於電路板上作標碼以跟蹤與追蹤各電路基 板。 [0003] 應用於手機、音樂播放器等數碼產品之小面積之電路板 之生產通常包括以下三個階段：第一階段，準備一塊大 面積之覆銅基板，該覆銅基板包括複數產品區，每一產 品區對應一塊電路板；第二階段，對該覆銅基板進行導 電線路之製作；第三階段，將該形成有導電線路之覆銅 基板分割成複數電路板。對於該生產過程，電路板上之 標碼一般有兩種，一種係於第一階段與第二階段，用於 記錄該覆銅基板之相關資訊之嵌入式標碼，該嵌入式標 碼係藉由鍾射打標機於覆銅基板中形成之一定圖案之開 口，可避免該標碼於經歷磨刷等工序時被破壞。另一種 係於第三階段，用於記錄每一電路板之相關資訊之附加 型標碼，該附加型標碼係藉由喷碼機於每一電路板之表 面喷印上之圖案。該附加型標碼係於嵌入式標碼之基礎 上加入了用於區分同一覆銅基板上之不同電路板之資訊 。現有之噴碼機沒有將嵌入式標碼自動轉換為附加型標 099118029 表單編號A0101 第4頁/共23頁 0992031947-0 201146108 碼之功能，於每一電路板上形成附加型標碼時，需要人 工根據嵌入式標碼設置待喷出之圖案。此外，現有之喷 碼機僅具有一個驅動器，喷碼機之機台每移動一來回， 僅能完成覆銅基板上之某一行/列之電路板之喷印，如此 ，要於覆銅基板之每一電路板上均形成附加型標碼，需 要複數次將該覆銅基板搬至噴碼機之機台，消耗大量人 力物力。 【發明内容】 [0004] 有鑑於此，提供一種自動喷碼系統及其使用方法，以節 省人力並提高生產效率實屬必要。 [0005] 一種自動喷碼系統，用於將覆銅基板上之第一標碼轉換 為複數第二標碼，並將該複數第二標碼——喷印於所述 覆銅基板之複數對應之產品區上。所述自動喷碼系統包 括機台、處理器、可編程邏輯控制器、第一驅動器、第 二驅動器、掃描器、喷碼控制器與喷頭。所述機台用於 設置所述覆銅基板。所述第一驅動器與第二驅動器均與 設置於所述機台之覆銅基板機械連接。所述可編程邏輯 控制器訊號連接於所述第一驅動器與第二驅動器。所述 可編程邏輯控制器用於根據所述覆銅基板之複數產品區 於所述覆銅基板上之位置資訊控制所述第一驅動器與第 二驅動器帶動所述覆銅基板分別沿第一方向與第二方向 移動，從而使所述覆銅基板之複數產品區依次與所述喷 頭相對。所述掃描器用於掃描所述覆銅基板之第一標碼 。所述處理器訊號連接於所述掃描器與所述喷碼控制器 之間。所述處理器用於接收所述掃描器之掃描結果，並 099118029 表單編號A0101 第5頁/共23頁 0992031947-0 201146108 將為掃A結果㈣為複數第二標碼後㈣賴述嘴碼斤[0002] The main components of a circuit board that transmit electrical signals in a circuit board are usually fabricated through a plurality of processes during the manufacturing process of the circuit board. Each process has different process parameters or manufacturing conditions for different circuit substrates. For this reason, it is often necessary to mark the circuit board to track and track each circuit substrate. [0003] The production of a small-area circuit board for a digital product such as a mobile phone or a music player generally includes the following three stages: In the first stage, a large-area copper-clad substrate is prepared, and the copper-clad substrate includes a plurality of product areas. Each product area corresponds to one circuit board; in the second stage, the copper-clad substrate is fabricated; and in the third stage, the copper-clad substrate on which the conductive line is formed is divided into a plurality of circuit boards. For the production process, there are generally two types of labels on the circuit board, one is in the first stage and the second stage, and is used to record the embedded code of the related information of the copper-clad substrate, and the embedded code is borrowed. The opening of a certain pattern formed by the clock-injecting marking machine in the copper-clad substrate prevents the marking from being damaged when subjected to a process such as brushing. The other is in the third stage, an additional type code for recording information about each board, which is printed on the surface of each board by a printer. The add-on tag adds information to the different boards on the same copper-clad substrate based on the embedded tag. The existing printer does not automatically convert the embedded code to the additional type 099118029 Form No. A0101 Page 4 / 23 page 0992031947-0 201146108 code function, when forming additional code on each board, need The pattern to be ejected is manually set according to the embedded code. In addition, the existing printer has only one driver, and each time the machine of the printer is moved back and forth, only the printing of a certain row/column of the copper-clad substrate can be completed, so that the copper-clad substrate is required. An additional type of code is formed on each circuit board, and it is necessary to move the copper-clad substrate to the machine of the printer several times, which consumes a lot of manpower and material resources. SUMMARY OF THE INVENTION [0004] In view of the above, it is necessary to provide an automatic coding system and a method of using the same to save manpower and increase production efficiency. [0005] An automatic coding system for converting a first label on a copper-clad substrate into a plurality of second labels, and printing the plurality of second labels on the plurality of copper-clad substrates On the product area. The automatic coding system includes a machine, a processor, a programmable logic controller, a first driver, a second driver, a scanner, a code controller, and a showerhead. The machine is used to set the copper clad substrate. The first driver and the second driver are both mechanically connected to the copper-clad substrate disposed on the machine. The programmable logic controller signal is coupled to the first driver and the second driver. The programmable logic controller is configured to control, according to position information of the plurality of product areas of the copper-clad substrate on the copper-clad substrate, the first driver and the second driver to drive the copper-clad substrate respectively along the first direction The second direction is moved such that the plurality of product regions of the copper clad substrate are sequentially opposed to the showerhead. The scanner is configured to scan a first label of the copper clad substrate. The processor signal is coupled between the scanner and the code controller. The processor is configured to receive the scan result of the scanner, and 099118029 form number A0101 page 5 / total 23 page 0992031947-0 201146108 will be the result of sweeping A (four) after the second number of codes (four)
制器。所述噴觀號連接於所述柄㈣n，並用於I 所述噴碼控制H之控制下依次向覆銅基板之複數產品區 噴印相應之第二標碼。 [0006] [0007] [0008] 種如上所述之自動喷碼系統之使用方法包括步驟： 提供-塊覆銅基板’所述覆銅基板包括複數產品區，所 述覆銅基板上具有-第—標碼；將所述覆銅基板之複數 產品區之位置貧訊輸入至所述處理$;將所述覆銅基板 认置於所述機台；啟動所述自動噴碼系統，所述噴頭向 所述複數產品區依次喷印輿所述第一標碼相應之一第二 標碼。 本技術方案提供之自動喷碼系統具有處理器、可編程邏 輯控制器與喷碼控制器，所述處理器可將覆銅基板上之 第一標碼轉化為複數第二標碼，所述可編程邏輯控制器 可根據覆銅基板上之複數產品區之位置資訊控制覆銅基 板移動，並於覆銅基板移動至，一..產品區與喷頭相對時發 出回饋資訊，所述處理器於接收到回饋資訊時觸發所述 喷瑪控制器控制所述喷頭向該產品區噴印相應之第二標 碼。使用該自動喷碼系統可根據覆銅基板之資訊自動地 於複數產品區上--喷印相應之第二標碼，節省大量人 力物力、並大大提高生產效率。 【實施方式】 以下將結合附圖與實施例’對本技術方案提供之自動噴 碼系統及其使用方法進行詳細描述。 [0009] 099118029 請一併參閱圖1與圖2，本技術方案提供一種自動噴碼系 表單編號A0101 第6頁/共23頁 0992031947-0 201146108 統10，其用於將覆銅基板上之第一標碼轉換為複數第二 梯瑪，並將該複數第二標碼—噴印於所述覆銅基板之 複數對應之產品區上。所述自動喷碼系統1〇包括機台^ 、輸入裝置12、處理器13、可編程邏輯控制器14、第一 鱗動器15、第二驅動器16、掃描器17、噴碼控制器η與 喷頭19。所述噴頭19與設置於所述機台11之所述覆銅基 扳相對。 [0010] ο 〇 所述·機台11用於設置所述覆銅基板。所述機台11包括___ 底座110、複數真空吸嘴111、一第一側板112、一第二 側板113與一連接板114。所述底座11〇可為長方體形。 所述複數真空吸嘴111設置於所述底座110，且可相對於 所述底座110移動。所述第一側板112與第二側板113相 對設置，且均連接於所述底座110。所述第一侧板112靠 近底座110處具有開口 115。所述開口 115用於供所述覆 銅基板進入所述機台丨1 °所述開口 11 5具有遠離所述底座 110之頂面116。所述連接板114亦連接於所述底座110 ’ 且連接於所述第一側板112與第二側板113之間。本實施 例中，所述真空吸嘴111之數量為兩個。當所述覆銅基板 被傳送到所述機台11，即可被所述複數真空吸嘴1U吸附 固定。所述機台11上還設置有啟動開關〗1 7。 [0011] 所述輸入裝置12可為鍵盤’所述處理器13訊號連接於所 述輸入裝置12。具體地’所述處理器13可為電腦主機。 所述輸入裝置12用於向所述處理器13輸入所述複數產品 區於所述覆銅基板上之位置資訊，如以所述覆銅基板之 一頂點為原點，複數產品區相對於該頂點之雇楳範圍。 099118029 表單編號A0101 第7頁/共23頁 0992031947- 201146108 器1 3輪入所述覆 當然，所述輪入裝置12還可向所述處理 銅基板上之產品區之數量資訊。 [0012] [0013] 099118029 所述第一驅動器1 5與第二驅動器丨6均可為伺 、 述第一驅動器15與第二驅動器16均與設置&馬達所 之覆銅基板機械連接。所述第—驅動器15 ^、σ11 16分別可以實現第—方向（χ方向）與第:二驅動器 )之驅私 θ 向（Υ方向 j之.16動。具體地，所述第一驅動器15與 抝旗吟认 、一雜動器1 6 均叙汉於所述底座110内，且均機械連接於所述機么 複數真空吸嘴lu。當所述第一驅動器15 二1之 、 科弟—驅動器16 么別驅動所述複數真空吸嘴nl沿第一方向（X方向）與 第二方向（Y方向）移動時，固定於所述複數真空吸嘴 111之覆鋼基板亦隨之發生相應之位移。 所述可編程邏輯控制器14訊號連接於所述處理器13、所 述第一驅動器15與第二驅動器16。所述可編程邏輯控制 器14亦嵌設於所述底座11 Op。所述可編釋邏輯控制器14 用於接收來自所述處理器13之複數產品區之位置資訊， 並根據所述位置資訊控制所述第一驅動器15與第二驅動 器16移動，從而使所述覆銅基板之不同之產品區與所述 噴頭19相對。所述可編程邏輯控制器14還用於在所述覆 銅基板移動至一產品區與所述喷頭19相對時’向所述處 理器13發出回饋資訊，使得所述處理器13觸發所述喷碼 控制器18控制所述喷頭19向該產品區喷印相應之第二標 所述掃描器17訊號連接於所述處理器13。所述掃描器17 用於掃描所述覆銅基板之第一標碼，並將掃描結果傳遞 表單編號A0101 第8頁/共23頁 09 [0014] 201146108 =述處理器13。本實施例中，所述掃_設置於所 述板112之開口 115之頂面U6，當覆銅基板經開 口第—二機』’所述掃描器17即可掃描所述覆銅基板 料㈣13用於將絲轉換為複 數第I標碼。所述處㈣13結合^之所賴數產品區 1里資訊’將該掃描結果轉換為與所述複數產品區之 數重相對應之複數第二標碼。所述第—標碼與第二標碼 均π為條碼、二維碼等。所述第—標碼包含所述覆銅基 Ο [0015] Ο [0016] 板之序列號、生產日期等資！所述複數第二標碼係於 第’標瑪之基礎上加入了每—產品區之編號 、生產曰期 等資訊，從而可區分同一覆銅基板上之複數不同之產品 區。 所述喷碼控制器18亦訊號連接於所述處理器13。所述喷 碼控制器18用於接收處理器13轉換之複數第二標碼之資 訊’並於所述處理器13接收到可編程邏輯控制器14之回 饋資訊時控制所述喷頭19向覆銅基板之複數產品區-- 喷印相應之第二樣碼。 所述喷頭19與設置於所述機台1丨之覆銅基板相對。具體 地’所述喷頭19可藉由支稽架19〇設置於所述連接板114 [0017] 請一併參閱圖1至圖5，使用本技術方案提供之自動喷碼 系統10，可包括以下步驟： 首先，提供一塊覆鋼基板1〇〇，所述覆銅基板100上具有 一第一標碼101。請參閱圖3，所述覆銅基板1〇〇包括複數 099118029 表單編號Α0101 第9頁/共23頁 0992031947-0 [0018] 201146108 產品區與一環繞於所述複數產品區周圍之廢料區1 〇2。所 述第一標碼101位於所述廢料區102，且靠近所述廢料區 102之右上角。假設所述第一標碼ιοί包含之内容為 PCB001。本實施例中，所述產品區之數量為四個，且於 所述覆銅基板100上成陣列式分佈。所述四個產品區自所 述覆銅基板100之右上角起順時針看，分別為第一產品區 103、第二產品區1〇4、第三產品區105與第四產品區 。所述第一產品區103、第二產品區104、第三產品區 105與第四產品區1〇6均為長方形’所述廢料區之形 狀相應地為“田”字塑。 [0019] 其次，藉由所述輸入裝置1 2將所述覆銅基板1〇〇之複數產 品區之位置資訊輸入至所述處理器〗3。假設所述覆銅基 板100之右上角之座標為（〇,〇)，第一產品區1〇3之右 上角之頂點位置座標為（2, 2)，第二產品區104之右上 角之頂點位置座標為（2，6) ’第三產品區1〇5之右上角 之頂點位置座標為（6 ’ 6)，束四產品區1〇6之右上角之 頂點位置座標為（6, 2)。,上述資料登錄所述處理器 13。 [0020] 於往所述處理器13輸入所述複數產品區之位置資訊之同 時’還可輸入所述複數產品區之數量資訊。 [0021] 再次，將所述覆銅基板1〇〇設置於所述底座〗1〇。即，將 所述覆銅基板100固定於所述複數真空吸嘴111。具體連 續生產過程中，所述覆銅基板1 0 0可能係經由傳送裝置， 如傳送帶進入所述底座。 099118029 表單編號A0101 第10頁/共23頁 0992031947-0 201146108 [0022] [0023] [0024] Ο [0025] 最後’啟動所述自動噴衫㈣， 數產品區依次噴印相應m 頭9向所述複 具體地，包括以下步驟： 第步所述掃描器17掃描所述覆铜基板 m ’並將掃描結果傳遞給所述處理 第一才示碼 覆銅基板πη)經第—侧板112之 。具體地，所述 之過程巾，5進入所述底座110 丄摘逑掃描器17時，所述掃描器 所述覆銅基板100之第—標碼1G卜 知描 第二步’所述處理器13接收來自所述掃推器η之掃描, 果’並將該掃描結果轉化為魏第二標ι本實施例中。 ’所述處理器13將第一標碼101轉化為四個第二標碼，包 含之内容分別為PCB00101、pcbo〇1〇2、pc_〇3與 PCB0G104。 ' _]帛三步，所述可編程邏輯控制器14根據來自所述處理器 13之複數產品區之位置資訊控制所述第—驅動器15與第 二驅動器16移動，從雨使所述f銅基板1〇〇之複數產品區 依次與所述喷頭19相對，當覆銅基板1〇〇移動至一產品區 與所述噴頭19相對，所述可編程邏輯控制器14向所述處 理器13發出回饋資訊’所述處理器丨3觸發所述噴碼控制 器18控制所述噴頭19向該產品區嘴印相應之第二標碑。Controller. The spray sight is connected to the handle (four) n, and is used to print a corresponding second label to the plurality of product areas of the copper-clad substrate in turn under the control of the code control H. [0007] [0008] The method for using the automatic coding system as described above includes the steps of: providing a copper-clad substrate, the copper-clad substrate includes a plurality of product regions, and the copper-clad substrate has a - a code; inputting a positional defect of the plurality of product areas of the copper-clad substrate to the process $; identifying the copper-clad substrate on the machine; and activating the automatic coding system, the nozzle And printing a corresponding one of the first code corresponding to the second code to the plurality of product areas. The automatic coding system provided by the technical solution has a processor, a programmable logic controller and a coding controller, and the processor converts the first label on the copper-clad substrate into a plurality of second labels, The programming logic controller can control the movement of the copper-clad substrate according to the position information of the plurality of product areas on the copper-clad substrate, and move the copper-clad substrate to, when the product area is opposite to the nozzle, the feedback information is sent. When the feedback information is received, the damper controller is triggered to control the nozzle to print a corresponding second code to the product area. The automatic coding system can automatically print the corresponding second code according to the information of the copper-clad substrate, which saves a lot of human and material resources and greatly improves production efficiency. [Embodiment] Hereinafter, an automatic coding system and a method of using the same according to the present embodiment will be described in detail with reference to the accompanying drawings and embodiments. [0009] 099118029 Please refer to FIG. 1 and FIG. 2 together, the technical solution provides an automatic coding system form number A0101 page 6 / 23 pages 0992031947-0 201146108 system 10, which is used for the copper-clad substrate A code is converted into a plurality of second gamma, and the plurality of second codes are printed on the plurality of product areas corresponding to the copper-clad substrate. The automatic coding system 1 includes a machine, an input device 12, a processor 13, a programmable logic controller 14, a first scaler 15, a second driver 16, a scanner 17, a coding controller η and Nozzle 19. The shower head 19 is opposite to the copper-clad substrate disposed on the machine table 11. [0010] The machine 11 is used to set the copper clad substrate. The machine table 11 includes a ___ base 110, a plurality of vacuum nozzles 111, a first side plate 112, a second side plate 113 and a connecting plate 114. The base 11〇 may have a rectangular parallelepiped shape. The plurality of vacuum nozzles 111 are disposed on the base 110 and movable relative to the base 110. The first side plate 112 is opposite to the second side plate 113 and is connected to the base 110. The first side panel 112 has an opening 115 near the base 110. The opening 115 is for the copper-clad substrate to enter the machine. The opening 11 5 has a top surface 116 away from the base 110. The connecting plate 114 is also connected to the base 110 ′ and connected between the first side plate 112 and the second side plate 113 . In this embodiment, the number of the vacuum suction nozzles 111 is two. When the copper clad substrate is transferred to the machine table 11, it can be adsorbed and fixed by the plurality of vacuum suction nozzles 1U. The machine 11 is also provided with a start switch 117. [0011] The input device 12 can be a keyboard. The processor 13 is connected to the input device 12. Specifically, the processor 13 can be a computer host. The input device 12 is configured to input, to the processor 13 the location information of the plurality of product areas on the copper-clad substrate, such as taking a vertex of one of the copper-clad substrates as an origin, and the plurality of product areas are opposite to the The scope of the hiring of the apex. 099118029 Form No. A0101 Page 7 of 23 0992031947-201146108 The device 1 is wheeled into the cover. Of course, the wheeling device 12 can also provide information on the quantity of the product area on the treated copper substrate. [0013] 099118029 The first driver 15 and the second driver 丨6 may both be servos, and the first driver 15 and the second driver 16 are both mechanically connected to the copper substrate of the set & motor. The first driver 15^, σ11 16 respectively can realize the driving direction θ direction of the first direction (χ direction) and the second driver (the second direction). The first driver 15 is specifically The 拗 吟 、 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , When the driver 16 drives the plurality of vacuum nozzles n1 to move in the first direction (X direction) and the second direction (Y direction), the steel-clad substrate fixed to the plurality of vacuum nozzles 111 also has a corresponding effect. The programmable logic controller 14 is connected to the processor 13, the first driver 15 and the second driver 16. The programmable logic controller 14 is also embedded in the base 11 Op. The programmable logic controller 14 is configured to receive location information of the plurality of product areas from the processor 13, and control the movement of the first driver 15 and the second driver 16 according to the location information, thereby The different product areas of the copper substrate are opposite the showerhead 19. The programmable logic controller 14 is further configured to: send feedback information to the processor 13 when the copper-clad substrate moves to a product area opposite to the showerhead 19, such that the processor 13 triggers the The code controller 18 controls the nozzle 19 to print a corresponding second mark to the product area. The scanner 17 is connected to the processor 13. The scanner 17 is used for scanning the copper-clad substrate. The first code, and the scan result is transmitted by the form number A0101, page 8 / 23 pages 09 [0014] 201146108 = processor 13. In this embodiment, the sweep is disposed in the opening 115 of the board 112. The top surface U6 can scan the copper-clad substrate material (4) 13 for converting the filament into a plurality of the first standard code when the copper-clad substrate passes through the opener-second machine's scanner 17. The above-mentioned (four) 13 combination The information in the product area 1 is converted into a complex second code corresponding to the number of weights of the plurality of product areas. The first code and the second code are both π and bar code. Dimension code, etc. The first code includes the copper-clad base Ο [0015] 00 [0016] the serial number of the board, raw Date and other capital! The second code of the plural number is based on the number of the product area, the production period and other information, so that different product areas on the same copper-clad substrate can be distinguished. The code controller 18 is also connected to the processor 13. The code controller 18 is configured to receive the information of the plurality of second tags converted by the processor 13 and receive the information at the processor 13 When the feedback information of the logic controller 14 is programmed, the nozzle 19 is controlled to the plurality of product areas of the copper-clad substrate--printing the corresponding second sample code. The nozzle 19 is disposed on the machine 1 The copper substrates are opposite. Specifically, the nozzle 19 can be disposed on the connecting board 114 by using the supporting frame 19 . [0017] Referring to FIG. 1 to FIG. 5 together, the automatic coding system 10 provided by the technical solution may include The following steps: First, a steel-clad substrate 1 is provided, and the copper-clad substrate 100 has a first code 101 thereon. Referring to FIG. 3, the copper clad substrate 1 includes a plurality of 099118029, a form number Α 0101, a page 9 / a total of 23 pages 0992031947-0 [0018] 201146108 a product area and a waste area around the plurality of product areas 1 〇 2. The first code 101 is located in the waste area 102 and is adjacent to the upper right corner of the waste area 102. It is assumed that the content of the first code ιοί is PCB001. In this embodiment, the number of the product areas is four, and is distributed in an array on the copper clad substrate 100. The four product areas are clockwise viewed from the upper right corner of the copper clad substrate 100, and are a first product area 103, a second product area 1-4, a third product area 105, and a fourth product area, respectively. The first product area 103, the second product area 104, the third product area 105, and the fourth product area 1〇6 are all rectangular. The shape of the waste area is correspondingly “田”. [0019] Next, the position information of the plurality of product areas of the copper clad substrate 1 is input to the processor 〖3 by the input device 12. Assuming that the coordinates of the upper right corner of the copper clad substrate 100 are (〇, 〇), the vertex position coordinates of the upper right corner of the first product area 1〇3 are (2, 2), and the apex of the upper right corner of the second product area 104. The position coordinates are (2,6) 'The vertex position coordinates of the upper right corner of the third product area 1〇5 are (6 '6), and the vertex position coordinates of the upper right corner of the bundle four product area 1〇6 are (6, 2) . The above information is registered in the processor 13. [0020] When the processor 13 inputs the location information of the plurality of product areas, the quantity information of the plurality of product areas may also be input. [0021] Again, the copper clad substrate 1 is placed on the base. That is, the copper clad substrate 100 is fixed to the plurality of vacuum suction nozzles 111. In a particular continuous production process, the copper clad substrate 100 may enter the base via a conveyor such as a conveyor belt. 099118029 Form No. A0101 Page 10 / Total 23 Page 0992031947-0 201146108 [0022] [0024] [0025] Finally, 'Start the automatic Sweatshirt (4), the number of product areas prints the corresponding m head 9 Specifically, the method includes the following steps: the scanner 17 scans the copper-clad substrate m′ and transmits the scan result to the first-code copper-clad substrate πη) through the first side plate 112. . Specifically, when the process towel 5 enters the base 110 and picks up the scanner 17, the first substrate of the copper-clad substrate 100 of the scanner is labeled with the first step of the processor. 13 receives a scan from the scanner η, and converts the scan result into a second standard. The processor 13 converts the first code 101 into four second codes, and the contents include PCB00101, pcbo〇1〇2, pc_〇3, and PCB0G104, respectively. ' _ 帛 three steps, the programmable logic controller 14 controls the movement of the first driver 15 and the second driver 16 according to the position information of the plurality of product areas from the processor 13, and the f copper is made from rain The plurality of product regions of the substrate 1 are sequentially opposite to the showerhead 19, and when the copper clad substrate 1 is moved to a product region opposite to the showerhead 19, the programmable logic controller 14 is directed to the processor 13. Sending feedback information 'The processor 丨3 triggers the code controller 18 to control the nozzle 19 to print a corresponding second monument to the product area.
[0027] 具體地，假設啟動所述自動喷碼系統1〇時，所述喷頭19 之位置正與所述覆銅基板1〇〇之（0，0)相對。由於第— 產品區103之位置座標為（2，2) ’所述第一驅動器15斑 第二驅動器16分別帶動所述覆銅基板100沿第一方向（X 099118029 表單編號A0101 第11頁/共23頁 0992031947-0 201146108 方向）與第二方向（γ方向）均移動兩個單位使第—產 品區103與所述喷頭19相對，此時所述可編程邏輯控制琴 14向所述處理器13發出第—回饋資訊，使得所述處理器 13觸發所述喷碼控制器18控制所述喷頭19向第_產品區 103喷印一第二標碼PCB00101。第二產品區1〇4之右上角 之頂點位置座標為（2,6)，所述第二驅動器16帶動所 述覆銅基板100沿第二方向（γ方向）移動四個單位，第 二產品urn與所述喷頭19相對’此時所述可編程邏輯控 制器14向所述處理器13發出第二回饋資訊，使得所述處 理器1 3觸發所述噴碼控制器i 8控制所述噴頭丨9向第二產 品區104喷印相應之第二標碼pCB〇〇1〇2。第三產品區1〇5 之位置座標為（6, 6)，所述第一驅動器15帶動所述覆 銅基板100沿第一方向（X方向）移動四個單位，第三產 品區105與所述噴頭19相對，此時所述可編程邏輯控制器 14向所述處理器13發出第三回饋資訊，使得所述處理器 13觸發所述喷碼控制器18控制⑩^遠喷頭丨g向第三產品區 1 05喷印相應之第二標碼pcB〇=.〇m=。第四產品區1 〇6之位 置座標為（6, 2)，所述第二驅動器16帶動所述覆銅基 板100沿第二方向（Y方向）之反方向移動四個單位，第 四產品區106與所述噴頭19相對，此時所述可編程邏輯控 制器14向所述處理器1 3發出第四回饋資訊，使得所述處 理器1 3觸發所述喷碼控制器18控制所述噴頭1 9向第四產 品區106噴印相應之第二標碼pcb〇〇1〇4，當所述第一產 品區103、第二產品區1〇4、第三產品區1〇5與第四產品 區106均印上第二標碼後，覆銅基板100之結構如圖5所示 099118029 表單編號A0101 第12頁/共23頁 0992031947-0 201146108 [0028] 本技術方案提供之自動喷碼系統具有處理器、可編程邏 輯控制器與喷碼控制器，所述處理器可將覆銅基板上之 第一標碼轉化為複數第二標碼，所述可編程邏輯控制器 可根據覆銅基板上之複數產品區之位置資訊控制覆鋼基 板移動’並於覆銅基板移動至一產品區與喷頭相對時發 出回饋資訊，所述處理器於接收到回饋資訊時觸發所述 喷碼控制器控制所述喷頭向該產品區噴印相應之第二標 碼。使用該自動喷碼系統可根據覆銅基板之資訊自動地 於複數產品區上--喷印相應之第二標碼，節省大量人 〇 力物力、並大大提高生產效率。 .... ... ......[0027] Specifically, it is assumed that when the automatic coding system 1 is activated, the position of the head 19 is opposite to (0, 0) of the copper-clad substrate 1 . Since the position coordinates of the first product region 103 are (2, 2) 'the first driver 15 the second driver 16 drives the copper clad substrate 100 along the first direction (X 099118029 Form No. A0101 Page 11 / Total 23 pages 0992031947-0 201146108 direction) and the second direction (γ direction) move two units so that the first product area 103 is opposite to the head 19, at which time the programmable logic controls the piano 14 to the processor 13 issuance of the first feedback information, such that the processor 13 triggers the code controller 18 to control the printhead 19 to print a second code PCB00101 to the first product area 103. The vertex position coordinates of the upper right corner of the second product area 1〇4 are (2, 6), and the second driver 16 drives the copper-clad substrate 100 to move four units in the second direction (γ direction), the second product The urn is opposite to the showerhead 19 'At this time, the programmable logic controller 14 sends a second feedback information to the processor 13, so that the processor 13 triggers the code controller i 8 to control the The nozzle 丨 9 prints a corresponding second code pCB 〇〇 1 〇 2 to the second product area 104. The position of the third product area 1〇5 is (6, 6), and the first driver 15 drives the copper-clad substrate 100 to move four units in the first direction (X direction), and the third product area 105 and the The nozzle 19 is opposite. At this time, the programmable logic controller 14 sends a third feedback information to the processor 13, so that the processor 13 triggers the code controller 18 to control the remote sensor. The third product area 105 prints a corresponding second code pcB〇=.〇m=. The position of the fourth product area 1 〇6 is (6, 2), and the second driver 16 drives the copper-clad substrate 100 to move in the opposite direction of the second direction (Y direction) by four units, the fourth product area. 106 is opposite to the nozzle 19, at which time the programmable logic controller 14 sends a fourth feedback information to the processor 13, so that the processor 13 triggers the code controller 18 to control the nozzle. 1 9 printing a corresponding second code pcb〇〇1〇4 to the fourth product area 106, when the first product area 103, the second product area 1〇4, the third product area 1〇5 and the fourth After the product area 106 is printed with the second code, the structure of the copper-clad substrate 100 is as shown in FIG. 5, 099118029, Form No. A0101, Page 12/23, 0992031947-0 201146108 [0028] The automatic coding system provided by the technical solution The processor has a processor, a programmable logic controller and a coding controller, and the processor converts the first label on the copper-clad substrate into a plurality of second labels, and the programmable logic controller can be based on the copper-clad substrate The position information of the plurality of product areas on the control of the steel-coated substrate moves 'and moves on the copper-clad substrate To a product portion and the head when the feedback information is relatively issued, the processor triggers the head Coding controller controls the printing area corresponding to the product of a second standard code to the received feedback information when. The automatic coding system can automatically print the corresponding second code according to the information of the copper-clad substrate, which saves a large amount of people's strength and material and greatly improves production efficiency. .... ... ......
[0029] 综上所述，本發明確已符合發明專利之要件，遂依法提 出專利申請。惟，以上所述者僅為本發明之較佳實施方 式，自不能以此限制本案之申請專利範圍。舉凡熟悉本 案技藝之人士援依本發明之精神所作之等效修飾或變化 ，皆應涵蓋於以下申請專利範圍内。 【圖式簡單說明】 [0030] 圖1係本技術方案提供之自動噴碼系統之結構示意圖。 [0031] 圖2係本技術方案提供之自動噴碼系統之連接結構方框圖 [0032] 圖3係本技術方案提供之覆銅基板之結構示意圖。 [0033] 圖4係將上述覆銅基板設置於所述底座之結構示意圖 [0034] 圖5係上述覆銅基板完成噴印之結構示意圖。 【主要元件符號說明】 [0035] 自動喷碼系統：1〇 099118029 表單編號A0101 第13頁/共23頁 0992031947-0 201146108 [0036]機台：11 [0037] 底座：110 [0038] 真空吸嘴：111 [0039] 第一側板：11 2 [0040] 第二側板：11 3 [0041] 連接板：114 [0042] 開口 ： 11 5 [0043] 頂面：116 [0044] 啟動開關：117 [0045] 輸入裝置：12 [0046] 處理器：1 3 [0047] 可編程邏輯控制器：14 [0048] 第一驅動器：15 [0049] 第二驅動器：1 6 [0050] 掃描器：17 [0051] 喷碼控制器：18 [0052] 喷頭：19 [0053] 支撐架：190 [0054] 覆銅基板：100 099118029 表單編號A0101 第14頁/共23頁 0992031947-0 201146108 [0055] [0056] [0057] [0058] [0059] [0060] Ο 第一標碼：101 廢料區· 10 2 第一產品區：103 第二產品區· 1 0 4 第二產品區：105 第四產品區：106 ❹ 099118029 表單編號Α0101 第15頁/共23頁 0992031947-0[0029] In summary, the present invention has indeed met the requirements of the invention patent, and the patent application is filed according to law. However, the above description is only a preferred embodiment of the present invention, and it is not possible to limit the scope of the patent application of the present invention. Equivalent modifications or variations made by persons skilled in the art in light of the spirit of the invention are intended to be included within the scope of the following claims. BRIEF DESCRIPTION OF THE DRAWINGS [0030] FIG. 1 is a schematic structural view of an automatic coding system provided by the technical solution. 2 is a block diagram showing a connection structure of an automatic coding system provided by the present technical solution. [0032] FIG. 3 is a schematic structural view of a copper-clad substrate provided by the present technical solution. 4 is a schematic view showing the structure in which the copper-clad substrate is placed on the base. [0034] FIG. 5 is a schematic view showing the structure of the copper-clad substrate. [Main component symbol description] [0035] Automatic coding system: 1〇099118029 Form number A0101 Page 13/Total 23 page 0992031947-0 201146108 [0036] Machine: 11 [0037] Base: 110 [0038] Vacuum nozzle : 111 [0039] First side panel: 11 2 [0040] Second side panel: 11 3 [0041] Connecting plate: 114 [0042] Opening: 11 5 [0043] Top surface: 116 [0044] Starting switch: 117 [0045 Input device: 12 [0046] Processor: 1 3 [0047] Programmable Logic Controller: 14 [0048] First Driver: 15 [0049] Second Driver: 1 6 [0050] Scanner: 17 [0051] Coding controller: 18 [0052] Nozzle: 19 [0053] Support frame: 190 [0054] Copper-clad substrate: 100 099118029 Form number A0101 Page 14 / Total 23 page 0992031947-0 201146108 [0055] [0056] [0060] [0060] [0060] Ο First Code: 101 Waste Area · 10 2 First Product Area: 103 Second Product Area · 1 0 4 Second Product Area: 105 Fourth Product Area: 106 ❹ 099118029 Form number Α 0101 Page 15 / Total 23 page 0992031947-0