UC知道如何翻译如下几段文字:In the UG’s Manufacturing Module, six operation types can be chosen
来源：百度知道 编辑：UC知道 时间：2024/06/20 16:38:32
In the UG’s Manufacturing Module, six operation types can be chosen, namely
1) Point to Point. Point to Point is useful for developing tool paths such as drilling, reaming, countersinking, etc.
2) Planar Milling. Planar Milling is for cutting a projection of a boundary in levels. It avoids “island” and provides pocketing and profile cut typed. Planar Milling provides many ‘smart’ features such as; automatic engages and retract, computing efficient cut levels, Island Cleanup, etc.
3) Cavity Milling. Cavity Milling is for developing a fixed axis tool path from curves or solids. It functions similarly to Planar Milling except that is does not rely upon a boundary projection for tool containment. Cavity Milling typically uses solid features for containment making this operation type able to detect part variations at different cut levels.
4) Surface Contouring. Surface Contouring is for developing tool paths which required good tool axis control or when
1) Point to Point. Point to Point is useful for developing tool paths such as drilling, reaming, countersinking, etc.
2) Planar Milling. Planar Milling is for cutting a projection of a boundary in levels. It avoids “island” and provides pocketing and profile cut typed. Planar Milling provides many ‘smart’ features such as; automatic engages and retract, computing efficient cut levels, Island Cleanup, etc.
3) Cavity Milling. Cavity Milling is for developing a fixed axis tool path from curves or solids. It functions similarly to Planar Milling except that is does not rely upon a boundary projection for tool containment. Cavity Milling typically uses solid features for containment making this operation type able to detect part variations at different cut levels.
4) Surface Contouring. Surface Contouring is for developing tool paths which required good tool axis control or when
在UG软件机械制造编程模块，6种操作类型可供选择，如下：
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在335 的制造模块,六个经营类型可以选择,分别是
1)点. 点是有益的开发工具的路径,如钻孔,扩孔,countersinking等
2)平面铣. 平面铣的切削预测的边界水平. 它避免"岛屿",并规定私吞和轮廓切打字. 平面铣提供许多'聪明'等特点; 自动engages并收回,计算效率降低层次,岛的清理工作, 等等
3)型腔. 型腔是制定一个固定轴刀具路径曲线或固体. 它的功能同样的平面铣除即不依赖于边界的预测工具遏制. 型腔通常用扎实的特点,为遏制这一术式能发现部分差异,在不同削减 水平.
4)表面轮廓. 表面轮廓是为开发工具的路径是需要有良好的工具轴控制或当断层检查是一项重大 审议. 由于地表水勾边最好是能够分析复杂曲面,并提供了许多选择方案, 这一术式,往往需要更大的处理时间.
5)顺序铣. 顺序铣是为开发工具的道路,需要最大用户控制加工参数,在每段 刀具路径. 这是特别有用的工具轴控制.
6)参数路线. 参数线是有用的,快速开发工具的路径各部分的单项或多项的表面. 这往往是最好的地方开始切割contoured几何. 一gougecheck选项,以确保该部分不是削弱.