| 1. | Speed control for conveyer belt , with wheel
有调整输送带速度装置，附车轮。 |
| 2. | Sp standard - play
标准走带速度录放 |
| 3. | Mechanical vibrations and shocks . vibration measuring channel including a velocity pick - up . characteristics
机械振动和冲击.带速度传感器的振动测量通道.特性 |
| 4. | Automatic tracking the cutting speed : do not need to change the cutting angle if the glass ribbon speed changed
切割速度自动跟踪：玻璃带速度发生变化，不需要改变切割角度。 |
| 5. | Poster speed and conveyer belt speed transfer speed in step , can is it stick to standard exactness and poster quality to guarantee
贴标速度与输送带速度同步调速，可确保贴标准确度及贴标品质。 |
| 6. | Severl active modes available for transmission speed : automatic electric - eye fast - delivery , automatic electric - eye delivery , electric - eye fast - delivery , electric - eye delivery , manual fast - delivery , and manual delivery
操作灵活，输送带速度可依做鞋需要任意调节速度，使鞋面成型时更加完美。 |
| 7. | The development of speed - sonserless field - oriented controller method is based on with - speed - senor field - oriented controller method , except the method of obtaining the im rotor speed
无速度传感器的矢量控制技术是在常规带速度传感器的矢量控制基础上发展起来的，除电机转速信息的获取途径、方法不同之外，仍沿用磁场定向控制技术。 |
| 8. | Severl active modes available for transmission speed : automatic electric - eye fast - delivery , automatic electric - eye delivery , electric - eye fast - delivery , electric - eye delivery , manual fast - delivery , and manual delivery
操作灵活，输送带速度可依做鞋需要任意调节速度，使鞋面成型时更加完美。本机上下料只许一明职工从而节省劳力资源。 |
| 9. | Chapter five include the content of the software flow chart of with - sensor vector - controlled induction motor driver system , the characteristic of data processing , and a novel debug method with modularization and incremental system build method
第五章给出了带速度传感器矢量控制系统软件实现的流程图、数据处理的特点和一种新颖的模块化的编程思路和分级递增的调试方法。 |
| 10. | Considering that only the conventional sensored vector control is realized in our system owing to the limitation of the hardware , this paper also discusses the speed - sensorless vector control in virtue of matlab / simulink . in that chapter , a estimating method of rotor speed combining the neural network and the model reference adaptive system is brought out
最后，在常规带速度传感器矢量控制系统实现的基础上，本文讨论了无速度传感器矢量控制的仿真实现，提出了一种神经网络与模型参考自适应相结合的转子转速辨识方法。 |
