| 1. | The photoelectric switch controls feeding . the frequency converter adjusts speed
光电开关控制放料附变频器调速。 |
| 2. | Use smaller spoons to control feeding amount and minimize the risk of choking
选用细小的匙羹，可以控制每次进食的份量，减低哽咽机会。 |
| 3. | E . g . fork or spoon instead of chopsticks . use smaller spoons to control feeding amount and minimize the risk of choking
选用细小的匙羹，可以控制每次进食的份量，减低哽咽机会。 |
| 4. | With plc controlling feed speed automatically , this machine , occupying little space and enjoying configuration , is easily operated
本机床结构紧凑，占地面积小， plc自动控制进给速度，操作简便。 |
| 5. | Servo motor control feeding film automatically . easy and accurate to adjust feeding length and speed . film feeding is accurate and smoothly
采用伺服电机自动下膜，速度、长度可调，下膜顺畅，准确。 |
| 6. | 2 . arbitrary fixed - length , accurate and stable step photoelectrictracking , stopping automatically when the color mark is lost , photoelectric control feeding
2任意定长，步长光电跟踪，送料光电控制。 |
| 7. | The system is applied in the laser cladding autofeeding powers machine successfully , which can control feeding process well
该系统在激光熔覆自动送粉器上得到了成功应用，能实现对送粉过程的平稳控制。 |
| 8. | It is a new - style method of the drive control fed by static transducer in the control of the microcomputer , which makes the stator flux movement discrete . and position and speed outputs can be achieved on the motor axes
它是在微机的控制下由静止变频器供电，使同步电动机定子磁动势离散运动，在电动机轴上得到位置和速度输出的一种新型传动控制方式。 |
| 9. | At the same time we based on the high precision tuning mechanism and computer controlling feed - back technology to design pid controller . so , we finished design of closed - circuit controlling system and achieved the goal of sampling and feedback
同时，本文在高精度的调谐机构的基础上，利用计算机控制反馈技术，设计了速度式pid控制器，完成了闭环反馈控制系统的设计，实现了输出参量光信号采集和反馈的目的。 |
| 10. | On the other hand , there are usually a great deal of knowledge and rules of microorganism growth hiding in the history data . to this problem , this thesis gives primary schemes applying rst to identifying occasions of substrate feeding , controlling feeding and fault diagnosis in fermentation process
针对这种情况，本文提出将粗糙集理论应用于生物发酵过程中补料时机的识别与控制、发酵状态染菌故障诊断和异常工况故障诊断，构造了初步设计方案。 |
