工具機產業之機械製造是依照加工件的需求，開始機構規劃、控制器與馬達選用、各式鈑金與配件加工、可程式化邏輯控制器(Programmable Logic Controller, 簡稱PLC)撰寫、以及人機介面畫面開發等複雜的專業規劃，生產具獨特性與唯一性的加工機台，來呈現精密的機械加工技術。工具機的製成主要分為機械與電控兩大部分，機械部分由機械設計者的專業繪圖技術與機構分析，經由電腦輔助繪圖2D、3D之工具，電控部分由電控工程師的專業程式撰寫與線路規劃，經由電腦輔助程式撰寫與電路圖繪製之工具，兩大部分之設計及出圖均由電腦軟體來處理，並儲存相關資料開發更多元的、更精密的工具機設計個案。
然而，機械部分相關機械物料清單、鈑金圖、3D合成圖，還有電控部分的電控物料清單、電路圖、PLC程式和其它製作相關資料，經過多年設計與製造的工具機台累積與增加，電腦檔案也隨之增多，這些檔案皆隸屬公司的無形資產，必需加以系統化整合，供日後相符訂單或者新式開發的工具機台參考使用，因此需要一個擁有安全化、系統化、與科學化整合的平台來做各式管理。
因此本論文將在原有檔案防護系統(Total File Guard, TFG)進行資安管理的狀況之下，導入產品資料管理(Product Data Management, PDM)系統，以進行檔案控管功能，期使工具機製造各案之圖文管理更有效率，資源應用及共享也更加普及。

Mechanical manufacturing of the machine tool industry starts with the complicated professional arrangement of machinery planning, controller, motor selection, diverse metal plate and fitting process, PLC (Programmable Logic Controller), and human machine interface developing based on the need of machining parts. It produces the machining equipment with uniqueness and peculiarity to present sophisticated machining technique. There are two main parts in manufacture of the machine tool, machinery and electrical control. Machinery designers with excellent drawing skills and machinery analysis capability manage to draw down 2D and 3D by computer assist in machinery part. On the other hand, Electrical control engineers with professional programming and circuit planning abilities take charge to execute circuit diagram by computer-aided program. The computer software contrives designs and diagrams from the two parts. It can store up related data to develop much more multivariable and sophisticated machine tool design case.
Nonetheless, mechanical material list, metal plate diagrams,3D composite diagrams related to the machinery part, electrical control material list, circuit diagram, PLC program, and other related information. Those machinery file gradually increases after more designed and produced machine tools by years.Those archives are all intangible assets in most companies and must to be systematically integrated. The new developed machine tools or coincidental orders can be used by the reference in the future. Therefore, they need to be managed variously by a safe platform with systematization and science.
This dissertation will conduct the information security in original Total File Guard(TFG) in consequence and adapt Product Data Management(PDM) system for processing the function of archives control. The researcher hope the management of machine tool manufacturing could be more efficient and popularize the resource application and sharing.

中文摘要
英文摘要
誌謝
目錄
圖目錄
表目錄
第1章 緒論
1.1 研究動機
1.2 研究目的
1.3 論文架構
第2章 TFG系統與PDM系統架構介紹
2.1 檔案防護系統
2.1.1 數據加密系統起源與演進
2.1.2 資料加密標準演算法
2.1.3 進階加密標準演算法
2.2 產品資料管理
2.2.1 產品資料管理定義
2.2.2 產品資料管理功能
2.2.3 產品資料管理架構
2.2.4 產品資料管理背景
2.2.5 產品資料管理歷程與技術沿革
2.2.6 產品資料管理效益
2.2.7 產品資料管理應用
第3章 TFG系統與PDM系統的整合設計分析
3.1 TFG系統分析
3.1.1 TFG運行原理
3.1.2 TFG運用之演算法
3.1.3 TFG運用之功能
3.1.4 TFG運用之效率
3.2 PDM系統分析
3.2.1 SOLIDWORKS PDM
3.2.2 Hyper PDM
3.3 TFG與PDM整合方法
第4章 研究過程與結果
4.1 步驟一 - 安裝PDM系統
4.2 步驟二 - 測試TFG功能
4.3 步驟三 - TFG與PDM整合測試
4.4 步驟四 - 導入PDM資料管理機制
4.4.1 需求評估
4.4.2 功能建置
4.4.3 測試驗證 - 共用檔案填寫修改
4.4.4 測試驗證 - E部門出車資料取得
4.4.5 維護 - PDM修改調整與系統維護
4.5 步驟五 - 更多整合效益
第5章 結論與未來發展
5.1 結論
5.2 未來發展
參考文獻

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