| 1. | Hydraulic drive system of large shotcreting robot
大型喷浆机器人的液压驱动系统 |
| 2. | Hydraulic driving system of drilling reciprocating pump
钻井往复泵液压驱动系统 |
| 3. | Design of single hydraulic driving system of caterpillar combine
履带联合收割机全液压式行走系统的设计 |
| 4. | A research on design and performance of hydraulic driving system of engine fan
80型自驱型园艺作业机的研究设计 |
| 5. | The hydraulic driving system and single - chip microcomputer test sysem are designed to ensure the accuracy of the system simulation
设计出驱动制动系统和单片机测试系统，以保证系统的模拟精度。 |
| 6. | Accumulator is an important componentin a hydraulic drive system . its function is storing pressure , reducing power consumption
本产品税品为液压传动系统中必不可少的重要部件。有储蓄能量、稳定压力、减少电耗等功能。 |
| 7. | Bo hanliang . the control rod hydraulic driving system r . beijing : institute of nuclear and new energy technology , tsinghua university , 2003 ( in chinese )
薄涵亮.控制棒水压驱动系统r .北京:清华大学核能与新能源技术研究院, 2003 |
| 8. | Abstract : this paper makes research and discuss on how hydraulic drive system of temperature regulate speed is used in tank & armored vehicle in china , introduces design thinking and method of a complete system by a calculating example , and expounds the importance of this research
文摘:该文主要对冷却风扇温控调速液压传动系统如何在我国坦克装甲车辆上应用进行了相关的研究探讨，通过实际算例介绍了整套系统的设计思想和设计方法，并且阐述了开展这一研究的重要性。 |
| 9. | Hydraulic driving system performance is stable , its control and adjusting is convenient and it is safe and reliable . using the synchronous display of the curve of oil pressure and wheel speed and the flash of the control principle . it implements the real synchronous depict of abs word process and control result
液压驱动系统性能稳定、控制调整方便、工作安全可靠，利用油压与轮速曲线及控制原理动画的同步显示，实现了对abs系统工作过程及控制结果的真实、实时描绘。 |
| 10. | This design absorbed the goods of traditional electric driven screw elevatory stages . lt followed the mechanical - electrical - hydraulic combined idea to analyze the key technic of the total mechanism . the history facts of elevatory stage were discussed . features of various stages were compared ; the developing trends of it and the utilization of hydraulic driving system were discussed
文中介绍了升降舞台的历史与现状，详细分析和比较了升降舞台的各种传动方式及其优缺点，探讨了升降舞台的发展方向与趋势，阐述了机电液一体化技术在舞台机械领域的应用前景，以及采用液压传动驱动升降舞台的可行性与实用性。 |
