塑膠射出成型是很重要的產業，從事相關設計及製造的人員非常多，如果要加入該產業，需從認識塑膠模具之標準模座開始著手，然而目前大部份關於模座的資料是以靜態平面圖方式呈現，所以一般人要快速了解塑膠射出成型的模座結構並不容易。有鑑於此，本論文嘗試使用商用3D CAD工具來開發塑膠射出成型模座的3D互動系統，除了以3D方式呈現模座之幾何結構外，並輔以靜態文字說明關鍵資訊，以增強視覺化與即時互動溝通的效果。此外，為了達到系統具備可擴充性的要求，本論文定義出適合此3D互動系統之射出成型模座結構標準化的方法，並探討以模組化方式擴充新的模座結構至3D互動系統之中。
本論文所開發之3D互動系統可以讓系統使用者快速理解複雜的模座結構及其作動方式，並且讓系統開發者保有日後可擴充模組的機制。

Nowadays, plastic injection molding is one of the important industrial sectors with many designers and manufacturers involved. To work in this field, one should have extensive knowledge of standard mold base for plastic molding. However, at present, most data related to mold base are present in paper format which makes people difficult to understand the mold base structure. Thus, this paper employs commercial 3D CAD tools to develop a 3D interactive system so that the structure of a mold base can be illustrated in a dynamic manner. In addition to presenting the 3D structure of a mold base, explanation text is employed as supplement key information to enhance the visual and real-time interactive communication effects. Moreover, to satisfy the need of adding more data and modules to the current system, this thesis work defines a scheme for standardizing and modularizing the structure of a mold base so that various types of mold base from different vendors can be accumulated in the future.
The 3D interactive system developed in this thesis allows system users to quickly understand the components and mechanism of a mold base. It also allows the system manager to preserve the mechanism for future expansion of more modules.

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