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Grinding Process Fuzzy Control on CNC Tool Grinder

机译:数控刀具磨床磨削过程模糊控制

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摘要

In order to improve form cutter accuracy in grinding process, a closed-loop control system was designed to accomplish adaptive control of constant force in grinding process. Since it is a complicated dynamic process with severe nonlinear and much stochastic disturbance, fuzzy adaptive controller was used which can adjust parameters online. By measuring grinding force, characteristic information of grinding process was acquired. Regulation factor of feed rate is determined by grinding force ratio, and force deviation and its change rate are used as evaluation indexes. Thus, adaptive control of constant force in grinding process is accomplished. Simulation and tool grinding test indicate that the system has high precision and stability, and reduces cutter error efficiently.
机译:为了提高成形刀具在磨削过程中的精度,设计了一种闭环控制系统来实现磨削过程中恒力的自适应控制。由于它是一个复杂的动态过程,具有严重的非线性和很大的随机干扰,因此使用了模糊自适应控制器,该控制器可以在线调整参数。通过测量磨削力,获得了磨削过程的特征信息。进给速度的调节因子由磨削力比决定,力的偏差及其变化率作为评价指标。因此,完成了磨削过程中恒力的自适应控制。仿真和刀具磨削试验表明,该系统具有较高的精度和稳定性,并有效降低了刀具误差。

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