| 1. | Magnetoelectric phase difference torque measuring instrument
磁电相位差式转矩测量仪 |
| 2. | Vibrating wire resonant wire torque measuring instrument
振弦式转矩测量仪 |
| 3. | Magnetoelastic torque measuring instrument
磁弹性式转矩测量仪 |
| 4. | At present , because of the application of computer , the performance of torque measuring instrument has been improved greatly
目前，由于微机的应用，转矩测量仪性能大大提高。 |
| 5. | The facture and demarcate of magnetic - flexibility torque measuring instrument is fulfilled . because of adopting the micro - computer , torque value can be processed and controlled conveniently
实现了磁弹性转矩传感器的制作及标定，并采用单片微型机对转矩值进行处理并实现复杂的控制。 |
| 6. | At the same time , in the measured machine , torque measuring instrument can be watch - instrument in the routine circulation , fault - diagnosis and checking instrument in the autocontrol system
同时，在受试机械中，转矩测量系统可作为日常运行的监视装置，起到故障诊断的作用或可用做自动控制系统中的检测装置。 |
| 7. | In this paper , every composing element of magnetic - flexibility torque measuring instrument is introduced in detail . it is important to study how to fulfill the measurement of the torque accurately and reliably
本文详细地介绍了磁弹性转矩测量仪的各个组成部分，重点研究了如何准确地、可靠地实现转矩的测量。 |
| 8. | In the succedent two chapters , the principle of strain gauge torque instrument is firstly analyzed and researched . then the proportional relations between torque input of torque sensor and voltage output . at last , the research and calculation of every mechanical part of strain gauge torque measuring instrument are done in detail
在随后的两章中，首先对应变式扭矩仪的工作原理进行了研究和分析，推导出了扭矩传感器扭矩输入量与输出电压值之间的比例关系，然后，对应变式扭矩测量仪机械结构的各个组成部分作了详细的研究和计算。 |
