201207738 六、發明說明： 【發明所屬之技術領域】 TH 發明涉及一種具有射頻識別（Radio Frequency 統之設備以制騎麵⑽統之製程 。’尤，、疋错由赃〇系、統多重確認、’以達到設備防呆 【先前技術】 的其3 產業的發展③各種電子產品的量產，各種製程 ，加複雜，以積體電路⑼或電路板_試及條 i試r;二=7積體電路晶片或電路板11常具有各種不同的 '習;二丨的母11積體電路晶片或電路板x具有各自的條石馬。 測試i _卫科，轉房取用 送機中，並再送料機送人測試機之前，以 式依，卫單上鍵人峨程式。較為進步地，是在取出測 條碼取機讀取職板上的條碼，以制試機讀取 ^择作^應_試程式。而f用技術上的條碼列印方法通 g細作时到工科，去庫房_耕，依據卫單鍵入條i 動作習ί ϊ術ϊ方法:明顯的都需要大量人力做鍵人、拿取的 或物料於物料數量魔大，以人力容易發生鍵入錯誤、 的問題，而可能造成機械設備因程式與物料盔 當機’，成列印錯誤，從而造成良率下降。另：，: 題，控’容易發生物料拿取錯誤或物料遺失等問 於二Ζ商業機密可能被竊取的疑慮。而以條碼管控，由 作:仍严’仍無法達到自動化及減少人力操 Φ I放果。因此’需要一種物料控管嚴密、減少人力操作、 更進-步提升良率的測試及條碼列印方法。 ’、 Γ 3 201207738 【發明内容】 f，明的主要目的是提供一種具有射頻識別系統之設 備，該严備至少包含第一 標籤、第二处①標籤 '第一 yiD讀取機、第二rfID讀取機以及操作設備。第一奸瓜標 巧係設置於操作員所獲得的工單上，第二处1〇標籤係設置於 f作工件上’該第—处1£)賴係對應於該第三腦^標鐵。 第-RFID讀取機用以讀取第一舰〇標籤及第二卯叫 Z以確認操作工件與玉單是否婦，用以控#庫射的物料。 讀!1機絲_作設射，在操作讀裝設於操作 蚪★嗔取第一標籤，使操作設備再次確認操作工件 =^ ’並根據第二咖^標籤 連接的舰器或資料庫中，下載與該 :;Ξί;=標鐵的咖讀取機於廠房= 程控目的是提供一種用射頻識別系統的製 動ί截牛驟μ方法l含物料確認步驟、裝設及確認步驟、自 讀取ΐί 係第—讀取機201207738 VI. Description of the invention: [Technical field to which the invention pertains] The TH invention relates to a process for radio frequency identification (Radio Frequency system to make a riding surface (10) system. 'In particular, the error is determined by the system, multiple confirmations, 'To achieve the equipment's foolproof [previous technology] the development of its 3 industries 3 mass production of various electronic products, various processes, plus complexity, to the integrated circuit (9) or circuit board _ test and strip i test r; two = 7 product The body circuit chip or circuit board 11 often has a variety of different 'study'; the mother 11 integrated circuit chip or circuit board x has its own stone horse. Test i _ Wei Ke, transfer room to use the machine, and Before the feeder is sent to the test machine, it is based on the style, and the program is on the button. More advanced, it is to take the bar code to read the bar code on the job board, and read it on the test machine. Should be _ test program. And f with the technical bar code printing method through g fine to the engineering, go to the warehouse _ plough, according to the weidan type i i 习 ϊ ϊ ϊ ϊ : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : , take or material in the amount of material is large, easy to manpower If you type the wrong question, you may cause the mechanical equipment to crash due to the program and the material helmet, resulting in a drop in yield. Another:,: Problem, control 'prone to material handling errors or material loss, etc. Asked about the doubts that the trade secrets may be stolen. And by bar code control, by: still strict 'still can not achieve automation and reduce manpower Φ I fruit. So 'need a material control tight, reduce manpower operations, more Step-by-step improvement of yield test and bar code printing method. ', Γ 3 201207738 [Summary of the Invention] f, the main purpose of the disclosure is to provide a device with a radio frequency identification system, the strictness includes at least a first label, a second 1 label 'first yiD reader, second rfID reader and operating equipment. The first smuggler is set on the work order obtained by the operator, and the second one is set on the f The 'this first place' on the workpiece corresponds to the third brain. The first-RFID reader is used to read the first ship's label and the second squeaking Z to confirm whether the workpiece and the jade sheet are used to control the material that is shot by the library. Read! 1 machine _ set to shoot, in the operation read and install in the operation 蚪 ★ grab the first label, so that the operating device confirms the operation of the workpiece = ^ ' and according to the second coffee tag connected to the ship or database , download and:: Ξί;= standard iron coffee machine in the factory = program control purpose is to provide a radio frequency identification system brake ί 牛 骤 方法 μ method l containing material confirmation steps, installation and confirmation steps, from Read ΐί system - reader
㈣此的第一標織，再從庫房取出具有一第二RFTD 備^。裝設及確認步驟係將操作工件裝設於一操作言* 麵^標f 讀取_讀轉工件上的第r 的識別資料，m上第二_標籤中 件對應的程式或資料。勃—丰=:'斗庫中，下載與該操作工 或資料，進行製程操作。❿驟係以與該操作卫件對應的程式 本發明主要可以應用於半導 製程中，但不限於此，在各 、f或是條碼列印 操作工相RFID賴，細㈣赠置於工單及 程式錯誤或條碼列印a f ’以防止操作工件錯誤、 P錯科問題，更避免機器設備當機，達到 f C ' 4 201207738 設備防呆的機制，另外’藉由將RFID系統、操作設備以及伺 服器或資料庫的訊號連接’而能自動讀取測試程式或條碼，而 達成自動化、節省人力及提高良率的效果。更進一步地，藉由 RFID系統在習用上熟知的防偽、防竊的功能，而使得物料控 管及流程控管更為精確。 【實施方式】 以下配合圖式及元件符號對本發明之實施方式做更詳細 的說明，俾使熟習該項技藝者在研讀本說明書後能據以實施。 參閱第一圖，本發明具有射頻識別系統之設備的示意圖。 如^ 一圖所示’具有射頻識別系統之設備，至少包含第一^ 巧籤11、第二RFID標籤η、第一 RFID讀取機2丨、第二处1〇 讀取機21以及操作設備30。第一 RPJD標籤u係 二f”;單45上，第二爾籤13係設置於= =件Γ 該第厂mD標籤11係對應於該第二职D標籤 。第一 RFID頊取機21設置於控管操作工件的 5::===二_籤13 ’用以確認操 =工件50與工早45疋否相符，用以控管庫房 第二RFID讀取機安裝於操作設備3〇中， =於操作賴30時，讀取第二酬□賴丨& 3〇再次確認操作工件50是否正確，並根據第二 中所儲存的識別資料’自動從與該操作設備3()=哭 (未顯不)或貪料庫(未顯示)中，下載與該操作^， 式或資料，以進行製程操作。進—步地，可對應的程 :第二歷標籤的歷讀取機於廠房的出入2 =讀 作工件5〇的進出。 以官制刼 參閱第二圖’本發明利用射頻識別系統之 流程圖。如第二圖所示’本發明利用射頻識方法的 方法S1包含物料確認步驟S11、農設及確認步驟先^程控管 載步驟S15以及執行步驟S17。物料確認步驟 2、自動下(4) The first standard weaving is taken out from the warehouse and has a second RFTD. The installation and confirmation steps are to install the operation workpiece in an operation statement * face mark f read _ read the workpiece on the r r identification data, m on the second _ tag middle part of the program or data. Bo-Feng=: In the bucket, download and work with the operator or data to perform the process. The invention is mainly applicable to the semi-conductive process, but is not limited thereto, and the operation phase RFID is applied in each, f or bar code, and the fine (4) gift is placed on the work order. And the program error or barcode printing af 'to prevent the operation of the workpiece error, P error problem, and avoid the machine equipment crash, to achieve f C ' 4 201207738 device foolproof mechanism, and 'by the RFID system, operating equipment and The signal connection of the server or database can automatically read the test program or barcode, and achieve automation, labor saving and yield improvement. Further, the material control and process control are more accurate by the RFID system's well-known anti-counterfeiting and anti-theft functions. [Embodiment] Hereinafter, the embodiments of the present invention will be described in more detail with reference to the drawings and the reference numerals, which can be implemented by those skilled in the art after studying this specification. Referring to the first figure, a schematic diagram of an apparatus of the present invention having a radio frequency identification system. As shown in the figure, the device having the radio frequency identification system includes at least the first smart tag 11, the second RFID tag n, the first RFID reader 2, the second device 1 and the operating device. 30. The first RPJD tag u is two f"; on the single 45, the second sign 13 is set at == Γ The first factory mD tag 11 corresponds to the second job D tag. The first RFID picker 21 is set 5::===2_signal 13' for controlling the operation of the workpiece is used to confirm the operation = the workpiece 50 is in line with the work 45疋, and the second RFID reader is controlled to be installed in the operating device 3〇 , = at the time of operation 30, read the second reward 丨 丨 amp & 3 〇 reconfirmed whether the operation of the workpiece 50 is correct, and according to the identification data stored in the second 'automatically from the operating device 3 () = cry (not shown) or the greedy library (not shown), download and operate the ^, formula or data for the process operation. Step by step, the corresponding process: the calendar of the second calendar is read The access of the plant 2 = read and exit of the workpiece 5 。. See the second diagram of the invention using the radio frequency identification system. As shown in the second figure, the method S1 of the present invention using the radio frequency identification method includes material confirmation. Step S11, the agricultural setting and the confirming step first control the pipe loading step S15 and execute the step S17. The material confirmation step 2 is automatically performed.
外係第一 RPJD 201207738 讀取機讀取工單上的第—rpID標籤，再從庫房取出 二RFID的操作工件。裝設及確認步驟S13係將操作j 件設備上的—第二处瓜讀取機操讀取作 1 設完纽料啦議，齡賴根據儲存於ί 戴中的識別資料，從相連接的饲服器或資料庫中， 作辑對應的程式或資料。執行步驟S17係以與該 刼作工件對應的程式或資料，進行製程操作。 制^發^主要可以_於半導體的測試製程或是條碼列印 於此。以測試製程_，進—步說明本發明利 用射頻識㈣制製健管方法。操作員在得到具一 ^FID標籤的工單後，以第一腦^讀取機讀取第一咖^桿 從料取出具有第二肝10標籤的職板，該第二RFID “戴係對應於RFID賴。戦賴包含—送料機及一 測试機，將測試板安裝於送料機上後，送料 讀取機讀取該第二娜標籤，以確認測試板是否正 賴射。在職城設完纽財確認後，測試 機根據儲存於第二RFID巾的識職料，從舰器巾資料庫中 下载對應該賴板關試程式，以進行測試，其巾該測試板可 j曰日圓、積體電路晶片、電路板、或是I載複數個積體電路 B日片的載板。 以條碼列印製程為例，進一步說明本發明利用射頻識別系 統的製，控管方法。操作員在得到具有第一 標籤的工單 後’以第-RFID讀取卿取S—rhd賴，再從庫房取出 欲印條碼的元件，且該元件上具有第二標籤。當元件 裝，於條碼列印設備後，條碼列印設備的第二处1£)讀取機讀 ，該第二RFID標籤，以確認元件是否正確。在裝設完成及再 次確認後，條碼列印設備根據儲存於第二即1]；)中的識別資 料，伺服器中資料庫中下載對應該元件的條碼，並將條碼列 印於该元件上。該元件可以為各種電子裝置、電路板或積體電 201207738 路晶片等。 士發，的特點在於藉由利用即1〇系統，在 曰5貝取设置於工單及操作工件的RpID標籤，获以"夕 ，、，以防，作工件錯胃、程式錯誤或條碼列印錯^ ς確 =機n設備#機，朗賴縣的_，另外，藉由將 自動及舰11或㈣料峨連接，而能 靖取測社式或條碼’而達成自動化、節省人力 率^效果°更進―步地’藉由·D祕在習用上熟知的防^ 防竊的功能，而使得物料控管及流程控管更為精確。”'· 以上所述者僅為用以解釋本發明之較佳實施例，並非企 據以對本發日錄任何形式上之關，是以，凡有在相同之精神 下所作有關本發明之任何修飾或變更，皆仍應包括在本發明意 圖保護之範轉。 【圖式簡單說明】 ，一圖係本發明具有射頻識別系統之設備的示意圖。 第二圖係本發明利用射頻識別系統之製程控管方法的流程圖。 【主要元件符號說明】 11第一 RFID標籤 13第二rfid標籤 21第一 RFID讀取機 23第二RFID讀取機 3〇操作設備 40操作員 45工單 50操作工件 60庫房 S1利用射頻識別系統之測試方法 S11物料確認步驟 201207738 S13裝設及確認步驟 S15自動下載步驟 S17執行步驟The first RPJD 201207738 reader reads the first rpID tag on the work order, and then removes the second RFID operation workpiece from the warehouse. The installation and confirmation step S13 is to operate the j-piece device on the j-device, and the second-side melon reading machine is read as a set of materials, and the age is based on the identification data stored in the ί wearing. In the feeder or database, compile the corresponding program or data. Step S17 is executed to perform a process operation by using a program or data corresponding to the workpiece. The system can be printed on the semiconductor test process or barcode. In the test process, the method of the invention is to use the radio frequency identification (4) to manufacture the health management method. After obtaining the work order with a ^FID tag, the operator reads the first coffee bar from the first brain and reads the job board with the second liver 10 tag, and the second RFID After the test board is installed on the feeder, the feed reader reads the second label to confirm whether the test board is facing the shot. After the completion of the New Year's financial confirmation, the test machine downloads the corresponding tester from the ship's towel database according to the information stored in the second RFID towel, and the tester can test the test board. The integrated circuit chip, the circuit board, or the carrier board of the I-chip integrated circuit B. The bar code printing process is taken as an example to further illustrate the system and the control method of the radio frequency identification system of the present invention. After the work order with the first label is obtained, the S-rhd is read by the first RFID, and the component of the barcode to be printed is taken out from the warehouse, and the component has a second label. When the component is mounted, the barcode is printed. After the device, the bar code prints the second part of the device 1) read the machine reading, the first RFID tag to confirm whether the component is correct. After the installation is completed and reconfirmed, the barcode printing device downloads the barcode corresponding to the component in the database in the server according to the identification data stored in the second, 1]; The bar code is printed on the component. The component can be used for various electronic devices, circuit boards or integrated circuits 201207738. The feature of Shifa is that it can be set in the 曰5 藉 by using the 1〇 system. Single and operation of the workpiece RpID tag, get ",,,, in case, for the wrong part of the workpiece, program error or barcode printing error ^ ς = = machine n device # machine, Lang Lai County _, in addition, borrow By connecting the automatic ship 11 or (four) material, it can be used to control the social style or bar code 'to achieve automation, save manpower rate ^ effect ° more step by step ' by D secret in the familiar use of anti-^ The anti-theft function makes the material control and process control more precise." The above is only a preferred embodiment for explaining the present invention, and is not intended to be in any form for the present day. Guan, yes, wherever there is in the same spirit Any change or modification of the present invention, including all should remain protected and Fan revolutions of the present invention is intended to FIG. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of an apparatus of the present invention having a radio frequency identification system. The second figure is a flow chart of a process control method using the radio frequency identification system of the present invention. [Main component symbol description] 11 first RFID tag 13 second rfid tag 21 first RFID reader 23 second RFID reader 3 〇 operating device 40 operator 45 work order 50 operation workpiece 60 warehouse S1 using radio frequency identification system Test method S11 material confirmation step 201207738 S13 installation and confirmation step S15 automatic download step S17 execution steps