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三軸CNC控制系統研發

為了解決fanuc macro教學的問題，作者林慧萍 這樣論述：

This thesis proposes methods to enhance the functionality of an advanced three-axis CNC system and offers a solution for the software architecture of CNC program modules under the RTX (Real Time External) real-time OS environment.The first work contains the design of a form-based Man and Machine In

terface (MMI) program module under the FORM development platform in Visual Studio 2005 of Microsoft. The form-based MMI design includes the discussion of design principles, the disposition of the MMI displays and the pop-up windows of object managing functions in WINDOWS non-real-time OS environment

such as file management. Besides, one critical work of MMI is to enable the data exchange channel between the RTX platform and the WINDOWS platform.The second work encompasses the design of a decoder (DEC) program module to interpret not only the traditional GM-code based NC programming language, b

ut also some control statement extensions such as parameters, arithmetic and boolean expressions, high-level function set and subroutines. The new decoder can also perform the syntax check for the new extended NC programming language.The final work involves the structure arrangement of the real-time

/non-real-time program modules. The whole CNC system software is divided into two parts: RTX supported part and WINDOWS supported part. Program modules which use functions in Standard Template Library (STL) are linked in the WINDOWS part, because the RTX support of these STL is limited. The develope

d CNC system is successfully tested on a three-axis engraving machine tool.