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Feature recognition for NC part programming

机译:NC零件编程的特征识别

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This paper reports on some current research concerning the automated recognition of manufacturing features on solid models to support the generation of NC machine code for process planning and manufacturing. Generic feature recognition algorithmspreviously developed by the authors for polyhedral objects have been considerably extended to enable the interrogation of more complex geometry and, in particular, the recognition of both 'closed' and 'open' manufacturing features. Once identified, thesefeature profiles are extruded to form 3D volumes, the so calledΔ-Volumes, which are then passed to the solids machining package SolidCAM. A Graphical User Interface (GUI) has been designed which allows interpretation of the manufacturing features fromthe geometry of a component and keeps track of volumes created. The algorithm has also been integrated into SolidCAM and in such mode provides seamless operation within a commercial CAM system.
机译:本文报道了有关在实体模型上自动识别制造特征以支持用于过程规划和制造的NC机器代码生成的一些最新研究。作者先前为多面体对象开发的通用特征识别算法已得到相当大的扩展,以能够询问更复杂的几何形状,尤其是可以识别“封闭”和“开放”制造特征。一旦确定,这些特征轮廓将被挤压以形成3D体积,即所谓的Δ体积,然后将其传递到实体加工套件SolidCAM。设计了图形用户界面(GUI),可以从组件的几何形状解释制造特征,并跟踪创建的体积。该算法也已集成到SolidCAM中,并以这种模式在商业CAM系统中提供了无缝操作。

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