臺灣博碩士論文加值系統

　　模組化夾具在今日的製造業中已被廣泛的採用。隨著模組化夾具的不斷發展，其種類與數量也一直增加，如何在這麼多夾具元件之中找出合適的元件便成了一個重要的問題。另一個模組化夾具的問題是關於設計之標準化。理想中，無論是何設計者，針對同一個工件及相同的加工程序，所產生之夾持設計理應相同，但實際上由於設計者間之個人差異，使得此理想難以達成。為解決此二問題，吾人提出一夾具選用系統，使得夾具的選用簡單且一致。
　　在本論文之研究中，吾人發展出一夾具選用系統，使得夾具元件之選用程序得以自動化。吾人提出一系列夾具元件之選用條件，並將之寫成程成。及建立一個夾具元件之資料庫，並完成一個圖形介面，可以看出夾持結果與模擬切削過程，以驗證該夾持設計之正確性。最後並提出一汽車排氣歧管之夾持作為範例。
　　本夾具選用系統指出了建立一個實用的夾具元件選用系統時所需之基本條件，並顯現其可行性。藉著找出更多的夾持特徵與加入更多的夾具元件，該系統的能力可再加以擴充，而成為一實用的夾具元件選用系統。

　　The use of modular fixtures has been widely accepted in the modern manufacturing activities. The types of modular fixture elements are increasing with the development of modular fixture systems. The selection of appropriate fixture elements becomes a serious problem. Another problem is to standardixe the fixture design. Ideally, the identical fixture design should be implemented on a workpiece for the same cutting process. However, this goal is hard to achieve due to the differences caused by human experts. To solve these two problems, we propose a fixture selection system that makes the fixture selection easy and consistent.
　　In the research, a selection system for modular fixtures is developed to automate the selection procedure of the fixture elements. A series of criteria for selecting fixture elements are introduced and coded. A database for storing data of fixture elements is built. A graphic interface for displaying the result of fixture selection and cutting simulation for verifying the correctness of the fixture plan is implemented. Finally, an example of fixturing an exhausting pipe is presented.
　　The fixture selection system indicates the basic requirements and shows the potential of building a practical fixture selection system. By exploring more fixturing features and adding more fixture elements, the capability of the system can be expanded to a practicl fixture selecture selection system.