以多頁多層螢幕驅動方式製作沖壓模具零件庫繪圖系統

Use Multi-page and Multi-layer Screen-driven Method to Develop Drawing System of Pressing Mold Part Libraries

陳瀞儀(Jing-Yi Chen)

指導教授 ： 王照明

大同大學/工程學院/機械工程學系所/碩士(2006年)

摘要

多層多頁螢幕驅動系統是一主架構形式的交談式人機介面螢幕選單系統，不同於Windows介面之視窗操作，利用整個AutoCAD繪圖區為驅動頁，在驅動頁中可任意分割成X*Y之驅動格，只要點選驅動格中之圖像及適當編碼，即可連結Visual LISP程式，完成參數化模具零件自動繪圖的工作。參數化及多層多頁螢幕驅動系統之應用，使繪圖工作能更有效率而準確的完成。此外多層多頁螢幕驅動系統並可設計及應用在其它領域自動繪圖的工作。
本論文將本研究室已經整合完成的自動化機械繪圖系統中的模具零件庫，除了原本的塑膠模具零件庫外，再增加一個沖壓模具零件庫，共計有2頁各18個驅動格，經由各零件庫的增加，達到更完整的自動化目標。

關鍵字

AutoCAD、Visual LISP、驅動頁、驅動層、螢幕驅動

並列摘要

Different from the common executing selection on Windows environment such as pull-down menu and dialogue box, the multi-page and multi-layer screen-driven system use AutoCAD drafting area as a driving blocks. Each driving page can be divided into any﹙X*Y﹚number of driving blocks. So long as to pick on the figure of driving blocks and suitable coding, canlink Visual LISP program and finish the parameter mold part automatically. The application of parameterization and the multi-page and multi-layer screen-driven system can finish the drawings efficiently and accurately.
This research project combines one automatic drawing system of mold standard part libraries, and including a pressing mold part library system. There are two pages and each 18 driving blocks. The multi-page and multi-layer drifting system can be configured different kinds of the drafting domain depend on the necessary.

並列關鍵字

Driving block ； Driving page ； Visual LISP ； AutoCAD ； Screen-driven

參考文獻

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