This paper presents a counter topologic method of shell class part technology line planning, which based on the machining center and is applicable to CAPP system.
提出一种以加工中心为主要加工设备，并适用于CAPP系统的壳体类零件工艺线安排的反向拓朴方法。
The path planning of machining center on-line inspection is the crucial point that determines to inspect efficiency and precision, the simulation can verify the inspecting path.
加工中心在线检测路径规划是决定在线检测效率和精度的关键所在，仿真是验证检测路径的有效途径。
Study on the inspecting path planning and programming method of the system of on-line inspection technology for five-axes machine center.
研究五轴数控加工中心在线检测路径规划及编程方法。
Study on the inspecting path planning and programming method of the system of on-line inspection technology for five-axes machine center.
研究五轴数控加工中心在线检测路径规划及编程方法。
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