| 1. | Dynamic study on main drive system of hot continuous strip mill
热带钢连轧机主传动系统的动态研究 |
| 2. | An on - line monitoring system for the main drive of a large rolling mill
大型轧机主传动系统在线监测研究 |
| 3. | The research on fault diagnosis of reducer in the main drive system of the rolling mill
轧机主传动系统减速机故障诊断研究 |
| 4. | Effect of rolling parameters on the self - excited vibration of rolling mill drive trains
轧制参数对轧机主传动系统自激振动的影响 |
| 5. | The stability of self - excitation vibration in the main gearing train of the first rolling mill
初轧机主传动系统扭转自激振动的稳定性 |
| 6. | Study on torsional vibration measuring model of spanless point in the main drive system of the rolling mill
轧机主传动系统扭振盲测点测量模型的研究 |
| 7. | After measuring and analyzing the vibration acceleration of a armored vehicle ' s gearbox , the ar model of single and multiple input - output system are established and the parameters are classified
通过对装甲车辆齿轮主传动系统的振动信号测试与分析，分别建立了单输入单输出及多输入多输出系统的受控ar模型，辨识了系统参数。 |
| 8. | In order to monitor and diagnose the armored vehicle ' s gearbox online , the modeling and identification of the main transmission system are accomplished by forward householder real ( fhr ) method
摘要为了实现装甲车辆齿轮主传动系统的在线检测与诊断，在介绍对装甲车辆齿轮主传动系统进行故障诊断与预测必要性的基础上，运用镜像映射变换( fhr )算法实现了系统的建模与辨识。 |
| 9. | Computer modeling technology applies the designing and research of nc machine , presents numerical designing for the primary drive system , establishes the 3d - model for the primary parts , realizes the visual designing and movement simulation
摘要将计算机建模技术应用于数控机床的设计与研究，进行了主传动系统的数字化设计，建立了系统主要零部件的3d模型，实现了产品的虚拟设计与运动仿真。 |
| 10. | Specially , in recent years , it has realized the roller change quickly and the main - drive system , the two level automation reformed successfully . on this condition , it realized the technology optimization , increased the task rate of unit and production quality , expanded the rolling kind and specification , and got the significant economic effects
特别是近几年来快速换辊和主传动系统、两级自动化改造成功,并在此基础上实现了工艺优化,使轧机作业率、产品质量有了明显提高,轧制品种和规格有了扩展,经济效益显著。 |
