1373436 101年02月16日修正替換頁 、發明說明： 【發明所屬之技術領域】 [0001] 本發明涉及一種標簽打印系統及方法，尤其係涉及一種 治具標簽打印系統及方法。 【先前技術】 [0002] 在工業生產中，通常需要打印各種各樣之標簽，如治具 標簽。該治具標簽係治具校正後由校正者提供之一種治 具校正合格標誌。該治具標簽通常包含有較多訊息，如 治具管制號碼、治具管制窗口、校正單位、校正者、本 次校正日期及下次送校日期等。 [0003] 習知治具標簽通常藉由手工直接書寫或藉由印表機直接 打印之方式來製作。 [0004] 惟，手工書寫治具標簽工作繁瑣，效率低下，而且手工 書寫不規範，準確性難以保證，致使治具標簽錯誤率較 高。另，由於標簽尺寸較小，手工書寫標簽通常只能包 含有限之訊息，如此給工作人員帶來治具識別上之困擾 。手工書寫之標簽極易破損，現場因油污、水潰，常常 使標簽變得模糊不清，難以識別，困擾產線管控。以上 缺陷，不但工作繁瑣，效率低下，而且在校正管理中存 在嚴重之品質隱患。 [0005] 同樣，直接打印製作治具標簽則需要手工錄入相關標簽 訊息，如此一來不僅工作繁瑣、效率低下，而且準確性 難以保證，從而導致標簽錯誤率較高。 【發明内容】 09710914^ΜΕ Α〇101 第3頁/共14頁 1013058778-0 1373436 101年02月16日修正替换頁 [0006] [0007] [0008] [0009] [0010] [0011] [0012] [0013] 有鑒於此，有必要提供一種效率及準確性均較高之治具 標簽打印系統及方法。 一種治具標簽打印系統，包括： 複數用戶端電腦，用於供作業人員使用； 一資料庫，其内儲存有治具校正報告； 複數網路； 一印表機； 一伺服器，藉由所述網路分別與用戶端電腦、資料庫及 印表機相連接，其包括：一標簽生成模組，用來生成治 具標簽電子表單；一查詢模組用來查詢及捕捉治具校正 報告中之治具訊息；一錄入模組，用來將查詢模組查詢 捕捉到之治具訊息自動錄入到治具標簽電子表單中；一 打印指令生成及傳送模組，用來生成和傳送打印指令訊 號給印表機。 一種應用所述治具標簽打印系統之治具標簽打印方法包 括如下步驟：該標簽生成模組生成治具標簽電子表單， 並將所述治具標簽電子表單存放在資料庫指定路徑下之 \ 資料夾内；該查詢模組查詢及捕捉該治具之治具校正報 告中之治具訊息；該錄入模組將查詢模組查詢捕捉到之 治具訊息自動錄入到治具標簽電子表單中；打印指令生 成及傳送模組將已錄入完成之治具標簽電子表單生成對 應之打印指令，並將打印指令發送給印表機打印成紙質 標簽。 09710914#單编號 A〇101 第4頁/共14頁 1013058778-0 1373436 101年.02月16日修正替換頁 [0014] 相較於習知技術，所述治具標簽打印系統及方法藉由查 詢模組及錄入模組將治具校正報告之相關治具訊息自動 錄入到治具標簽電子表單，避免了人工輸入或手寫治具 訊息等繁瑣之工作，作業人員之工作量大大減少，工作 效率較高，從而大大提高了標簽打印之效率。而且，治 具標簽電子表單上之全部訊息直接從治具校正報告中採 集，避免了人工輸入或手寫治具訊息時準確性低、標簽 之治具訊息錯誤率較高之缺陷。 【實施方式】 [0015] 請參閱圖1所示本發明治具標簽打印系統較佳實施例，該 治具標簽打印系統1〇〇包括複數用戶端電腦10、複數網路 20、一伺服器30、一資料庫40及一印表機50。所述複數 用戶端電腦10、資料庫40及印表機50藉由網路20分別與 伺服器30相連接。 [0016] 所述用戶端電腦10佈置在企業治具管理部門，以供作業 人員使用。每一用戶端電腦10具有一輸入裝置（圖未標 )及一顯示裝置（圖未標）。輸入裝置用於輸入控制命 令於用戶端電腦10内，顯示裝置用於顯示所輸入之控制 命令等。該用戶端電腦10用於提供一該標簽打印系統之 打印操作介面，以便作業人員進行“人機對話”。該打 印操作介面具有一表單生成按鈕、一查詢及錄入按鈕、 一打印指令編輯區及一打印按鈕等。作業人員藉由點擊 上述按鈕來發出糙制命令給伺服器30從而實現標簽之打 印工作。 [0017] 所述網路20可以係一企業内部網（Intranet )，也可以 腦#單編號A_ 第5頁/共14頁 1013058778-0 1373436 [0018] [0019] [0020] [0021] [0022] [0023] 101年02月16日梭正替換頁 係國際互聯網（Internet)或其他類型之通訊網路。 所述伺服器30係用來進行治具資料查詢作業以及治具標 簽表單資料生成及維護作業。 所述資料庫40儲存有複數治具校正報告》該治具校正報 告包含有治具管制號碼、治具管制窗口、校正單位、校 正者、本次校正日期、機種、下次送校日期及合格等級 等訊息。 所述印表機50用於接收伺服器30發送之打印指令來打印 標簽。該印表機50既可將打印指令打印成條碼符號，也 可打印成文字符號。 請參閱圖2所示本發明治具標簽打印系統較佳實施例之伺 服器30之功能模組圖。該伺服器30包括一標簽生成模組 301、一查詢模組303、一錄入模組305及一打印指令生 成及傳送模組307。 所述標簽生成模組301用來生成空白之治具標簽電子表單 ，並將所述治具標簽電子表單存放在資料庫40指定路徑 下之資料夾内，便於集中管理。治具標簽電子表單之文 棺格式可以係excel及word等。該空白之治具標簽電子 表單包括治具管制號碼、治具管制窗口、校正單位、校 正者、本次校正日期、下次送校日期及合格等級等欄位 〇 所述查詢模組303用來查詢及捕捉治具校正報告中之治具 訊息，如治具管制號碼、治具管制窗口、校正單位、校 正者、本次校正日期、下次送校日期及合格等級等訊息 09簡14#單编號A〇101 第6頁/共14頁 1013058778-0 1373436 101年.02月16日修正替換頁 [0024] 所述錄入模組305用來將查詢模组303查詢捕捉到之治具 訊息自動錄入到空白之治具標簽電子表單之相應欄位中 〇 [0025] 所述打印指令生成及傳送模組307用來生成和傳送打'印指 令訊號給印表機50。在傳送打印指令時，該打印指令生 成及傳送模組307提供一個打印指令編輯區，傳送人員可 在編輯區設置相關打印參數，如設置部分治具訊息打印 成條碼或文字等，作業人員可以將這些打印參數進行保 存並生成一打印指令標準模組，以後打印指令傳送則不 必再進行打印參數設置，而只需要選擇一打印指令標準 模組即可。 [0026] 應用所述治具標簽打印系統1 0 0之治具標簽打印方法包括 以下步驟： [0027] 點擊表單生成按鈕，用戶端電腦10將會發出表單生成命 令給伺服器30，伺服器30之標簽生成模組301將生成一空 白之治具標簽電子表單，並將所述治具標簽電子表單存 放在資料庫40指定路徑下之資料夾$ ; [0028] 作業人員在打印指令編輯區輸入治具訊息中之一項如治 具管制號碼，然後點擊查詢及錄入按鈕，用戶端電腦10 將會發出查詢及錄入命令給伺服器30，伺服器30之查詢 模組303根據所輸入之治具訊息來查詢及捕捉該治具之治 具校正報告中之其他治具訊息；之後該錄入模組305將查 詢模組303查詢捕捉到之治具訊息自動錄入到治具標簽電 1013058778-0 第7頁/共14頁 1373436 __ 101年02月16日核正替换頁 子表單之相應攔位中； [0029] 點擊打印按鈕，用戶端電腦10將會發出打印命令給伺服 器30，伺服器30之打印指令生成及傳送模組307將已錄入 完成之治具標簽電子表單生成對應之打印指令，並在設 置好打印參數後將打印指令發送給印表機50打印成紙質 標簽。 [0030] 所述治具標簽打印系統100只需作業人員在打印指令編輯 區輸入治具訊息中之一項如治具管制號碼，查詢模組303 即可根據該項訊息查詢到該治具之治具校正報告之其他 相關治具訊息，並藉由錄入模組305將這些治具訊息自動 錄入到由標簽生成模組生成301之治具標簽電子表單相應 之欄位中，而不需人工再次輸入，因此，作業人員填寫 治具標簽電子表單之項目大大減少。 [0031] 所述治具標簽打印系統及方法藉由查詢模組303及錄入模 組3 0 5將治具校正報告之相關治具訊息自動錄入到治具標 簽電子表單，避免了人工輸入或手寫治具訊息等繁瑣之 工作，作業人員之工作量大大減少，工作效率較高，從 而大大提高了標簽打印之效率。而且，治具標簽電子表 單上之全部訊息直接從治具校正報告中採集，避免了人 工輸入或手寫治具訊息時準確性低、標簽之治具訊息錯 誤率較高之缺陷。另，治具標簽打印系統及方法藉由打 印指令生成及傳送模組307將大部分治具訊息如治具管制 窗口、校正單位、機種、本次校正日期及下次送校曰期 等設置為條碼形式打印，而將經常用到之治具訊息如下 次送校日期、校正者及合格等級等設置為文字形式打印 _914^编號 A0101 第8頁/共14頁 1013058778-0 1373436 101年.02月16日修正替換頁 ，如此使得打印出來尺寸較小之治具標簽包含了全部所 需之治具訊息，作業人員只需使用條碼搶讀取條碼即可 對治具之全部訊息進行識別確認。 [0032] 綜上所述，本發明符合發明專利要件，爰依法提出專利 申請。惟，以上所述者僅為本發明之較佳實施例，本發 、 明之範圍並不以上述實施例為限，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】 [0033] 圖1係本發明治具標簽打印系統之硬體架構圖； [0034] 圖2係本發明治具標簽打印系統之伺服器功能模組圖。 【主要元件符號說明】 [0035] 用戶端電腦：1 0 [0036] 網路：20 [0037] 伺服器：30 [0038] 標簽生成模組.：301 [0039] 查詢模組：303 [0040] 錄入模組：305 [0041] 打印指令生成及傳送模組：307 [0042] 資料庫：40 [0043] 印表機：50 09710914#單編號 A〇101 第9頁/共14頁 1013058778-01373436 MODIFICATION ALTERNATE PAGE OF DECEMBER 16, 2014 EMBODIMENT DESCRIPTION OF THE INVENTION [0001] The present invention relates to a label printing system and method, and more particularly to a fixture label printing system and method. [Prior Art] [0002] In industrial production, it is often necessary to print a variety of labels, such as jig labels. The fixture label is a fixture calibration mark provided by the corrector after the fixture is corrected. The fixture label usually contains more information, such as the fixture control number, the fixture control window, the calibration unit, the calibrator, the date of the correction, and the date of the next delivery. [0003] Conventional jig labels are typically produced by direct writing by hand or by direct printing by a printer. [0004] However, the manual writing of the jig label is cumbersome, inefficient, and the manual writing is not standardized, and the accuracy is difficult to ensure, resulting in a high error rate of the jig. In addition, due to the small size of the label, hand-written labels usually only contain limited information, which brings trouble to the staff. Labels written by hand are extremely easy to break. Due to oil stains and water collapse, the labels often become blurred, difficult to identify, and troublesome production line control. The above defects are not only cumbersome, inefficient, but also have serious quality hazards in calibration management. [0005] Similarly, direct printing of the fixture label requires manual entry of the relevant label information, which is not only cumbersome, inefficient, but also difficult to ensure, resulting in a high label error rate. SUMMARY OF THE INVENTION 09710914^ΜΕ Α〇101 Page 3 of 14 1013058778-0 1373436 Modified on February 16, 2011 Replacement page [0006] [0007] [0009] [0010] [0011] [0012 [0013] In view of the above, it is necessary to provide a jig label printing system and method with high efficiency and accuracy. A fixture label printing system, comprising: a plurality of client computers for use by an operator; a database storing a fixture correction report; a plurality of networks; a printer; a server, The network is respectively connected with the client computer, the database and the printer, and includes: a label generation module for generating an electronic form of the fixture label; and a query module for querying and capturing the fixture correction report. a fixture module for automatically entering the fixture information captured by the query module query into the fixture label electronic form; a print command generation and transmission module for generating and transmitting the print command signal Give the printer. A jig label printing method using the jig label printing system includes the following steps: the tag generating module generates a jig tag electronic form, and stores the jig tag electronic form in a specified path of the database. The query module queries and captures the fixture information in the fixture correction report of the fixture; the entry module automatically records the fixture information captured by the query module into the electronic form of the fixture label; The command generation and transfer module generates a corresponding print command by inputting the completed jig label electronic form, and sends the print command to the printer to print a paper label. 09710914#单编号A〇101 Page 4 of 14 Page 1013058778-0 1373436 101. February 16 Revision Replacement Page [0014] Compared to the prior art, the fixture label printing system and method are The query module and the entry module automatically record the relevant fixture information of the fixture correction report into the electronic form of the fixture label, avoiding the cumbersome work such as manual input or handwritten fixture information, and greatly reducing the workload of the operator and the work efficiency. Higher, which greatly improves the efficiency of label printing. Moreover, all the information on the e-label electronic form is directly collected from the jig correction report, which avoids the defects of low accuracy when the manual input or handwritten jig information is high, and the error rate of the jig of the tag is high. [Embodiment] Referring to FIG. 1 , a preferred embodiment of the jig label printing system of the present invention includes a plurality of client computers 10 , a plurality of networks 20 , and a server 30 . , a database 40 and a printer 50. The plurality of client computers 10, databases 40 and printers 50 are respectively connected to the server 30 via the network 20. [0016] The client computer 10 is disposed in an enterprise fixture management department for use by an operator. Each client computer 10 has an input device (not shown) and a display device (not shown). The input device is for inputting a control command in the client computer 10, and the display device is for displaying the input control command or the like. The client computer 10 is used to provide a print operation interface of the label printing system for the operator to perform a "human-machine dialogue." The print operation mask has a form generation button, a query and entry button, a print instruction editing area, and a print button. The operator issues a rough command to the server 30 by clicking the above button to effect the printing of the label. [0017] The network 20 may be an intranet (intranet), or may be a brain #单单A_第5页/14 pages 1013058778-0 1373436 [0019] [0020] [0021] [0022 [0023] On February 16, 101, Shuttle was replacing the Internet (Internet) or other types of communication networks. The server 30 is used for performing fixture data query operations and tool sheet form data generation and maintenance operations. The database 40 stores a plurality of fixture correction reports. The fixture correction report includes a fixture control number, a fixture control window, a calibration unit, a corrector, a current calibration date, a model, a next delivery date, and a qualified test. Level and other information. The printer 50 is configured to receive a print command sent by the server 30 to print the label. The printer 50 can print print instructions as either bar code symbols or text symbols. Please refer to the functional block diagram of the servo device 30 of the preferred embodiment of the jig printing system of the present invention shown in FIG. The server 30 includes a tag generation module 301, an inquiry module 303, an entry module 305, and a print command generation and transmission module 307. The tag generation module 301 is configured to generate a blank jig tag electronic form, and store the jig tag electronic form in a folder under the path specified by the database 40 for centralized management. The text of the jig label electronic form 棺 format can be excel and word. The blank jig label electronic form includes a jig control number, a jig control window, a correction unit, a calibrator, a current correction date, a next delivery date, and a qualification level, and the query module 303 is used. Inquire and capture the fixture information in the fixture correction report, such as fixture control number, fixture control window, calibration unit, calibrator, current calibration date, next delivery date and qualification level, etc. 09 Jane 14# No. A 〇 101 Page 6 / Total 14 Page 1013058778-0 1373436 101. February 16 Revision Replacement Page [0024] The entry module 305 is used to query the query module 303 to automatically capture the fixture information. The print command generation and transfer module 307 is used to generate and transmit a print command signal to the printer 50. When the print command is transmitted, the print command generation and transfer module 307 provides a print command edit area, and the transfer personnel can set relevant print parameters in the edit area, such as setting a part of the jig message to be printed into a bar code or text, etc., the operator can These print parameters are saved and a standard module of the print command is generated. After the print command is transmitted, the print parameter setting is not necessary, and only one print command standard module needs to be selected. [0026] The jig label printing method applying the jig label printing system 100 includes the following steps: [0027] Clicking the form generation button, the client computer 10 will issue a form generation command to the server 30, the server 30 The tag generation module 301 will generate a blank jig tag electronic form, and store the jig tag electronic form in the folder under the designated path of the database 40; [0028] The operator inputs in the print instruction editing area One of the fixture information, such as the fixture control number, clicks the inquiry and entry button, the client computer 10 will issue a query and entry command to the server 30, and the query module 303 of the server 30 will be based on the entered fixture. The message is used to query and capture the other fixture information in the fixture correction report of the fixture; then the entry module 305 automatically records the fixture information captured by the query module 303 into the fixture label 1013058778-0. Page / Total 14 Pages 1373436 __ On February 16, 2011, the corresponding page of the page sub-form is checked; [0029] Clicking the print button, the client computer 10 will issue a print command to the server 30. The server 30 generates a print instruction and the transmitting module 307 will have entered the jig completed electronic form to generate a corresponding tab of the print instruction, and set the parameters after a print instruction to print to a printer 50 to print paper labels. [0030] The jig label printing system 100 only needs one of the jig control information input by the operator in the print command editing area, such as the jig control number, and the query module 303 can query the jig according to the message. The other fixture information of the fixture correction report is automatically recorded by the entry module 305 into the corresponding field of the fixture label electronic form generated by the label generation module 301 without manual re Input, therefore, the number of items for the operator to fill out the electronic form of the jig is greatly reduced. [0031] The jig label printing system and method automatically record the related jig information of the jig correction report into the jig label electronic form by the query module 303 and the input module 305, thereby avoiding manual input or handwriting. The cumbersome work of the fixture information, the workload of the operator is greatly reduced, and the work efficiency is high, thereby greatly improving the efficiency of label printing. Moreover, all the information on the jig label electronic form is directly collected from the jig correction report, which avoids the defects of low accuracy and high error rate of the jig of the tag when the manual input or handwriting of the jig message is made. In addition, the jig label printing system and method set most of the jig information such as the jig control window, the calibration unit, the model, the current correction date, and the next delivery period by the print command generation and transmission module 307. Bar code format printing, and the jig message that will be used frequently is set to the text format as follows: the date of the school, the corrector and the qualification level are set to text format printing_914^号 A0101 Page 8/14 pages 1013058778-0 1373436 101 years. Corrected the replacement page on February 16th, so that the fixture label with smaller size is printed, and all the required fixture information is included. The operator only needs to use the barcode to read the barcode to identify and confirm all the information of the fixture. . [0032] In summary, the present invention complies with the requirements of the invention patent and submits a patent application according to law. However, the above description is only the preferred embodiment of the present invention, and the scope of the present invention is not limited to the above embodiments, and those skilled in the art will be able to modify the equivalent modifications or variations according to the spirit of the present invention. All should be covered by the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS [0033] FIG. 1 is a hardware structural diagram of a jig printing system of the present invention; [0034] FIG. 2 is a schematic diagram of a server function module of the jig printing system of the present invention. [Main component symbol description] [0035] Client computer: 1 0 [0036] Network: 20 [0037] Server: 30 [0038] Tag generation module.: 301 [0039] Query module: 303 [0040] Input module: 305 [0041] Print command generation and transmission module: 307 [0042] Database: 40 [0043] Printer: 50 09710914# Single number A〇101 Page 9/14 pages 1013058778-0