控制刀具磨损速度的适应控制系统在刀具的经济使用中起着重要作用。然而可以用于该系统的被控参数却不多(切削速度,进给量和刀具的几何形状),而且被控参数的调节范围要受到机床的传动功率、抗振性能和强度,以及加工表面粗糙度的限制。因此,欲使刀具得到 Adaptive control systems that control tool wear speed play an important role in the economical use of tools. However, the number of controlled parameters that can be used in the system is small (cutting speed, feed rate and tool geometry), and the controlled range of parameters to be controlled by the machine’s transmission power, vibration resistance and strength, and the machined surface Roughness limits. Therefore, want to get the tool