结合恒力磨削的研究，提出了一种基于磨削数据的模糊控制规则学习方法。
Combined with the study of constant force grinding, a self-study method on fuzzy control rules in grinding process is suggested.
讨论了自适应模糊控制的实现方法，并研究了其在有约束的恒力铣削加工过程中的应用。加工实验表明这种方法简单实用。
Adaptive fuzzy control is studied and used to control constrained milling process for constant cutting force. The experiment shows that the control method proposed useful.
张力加权控制是将恒张力和恒力矩控制结合在一起，活套电流的给定值为两者的加权。
The tesionweighted control is the combination of the constant tension control and the constant moment control, and the set electric current is a weighted valve.
磨头结构中包含的磨削力控制装置，可实现叶片砂带恒力磨削，解决了砂带磨削高精度控制的难题。
The grinding pressure control device of the machine can make the grinding pressure invariably. Therefore, the difficult problem of high-precision control for belt grinding can be solved.
收卷采用力矩电机恒力矩控制，印刷压辊、出料牵引压辊采用气动元件控制。
Reeling adopts constant torque control of the torque motor and the printing pressure roller and the discharging traction pressure roller adopt pneumatic component control.
收卷采用力矩电机恒力矩控制，印刷压辊、出料牵引压辊采用气动元件控制。
Reeling adopts constant torque control of the torque motor and the printing pressure roller and the discharging traction pressure roller adopt pneumatic component control.
应用推荐