| 1. | Magnetic bearings spindle unit design in super high speed grinder
超高速数控精密磨床磁浮轴承主轴单元设计 |
| 2. | Dynamic performance of a ceramic bearing spindle unit is studied in this paper
对陶瓷轴承主轴单元的动态性能特点进行了实验研究。 |
| 3. | Based on analyzing kinematics of the spindle unit under loading , the mathematical models of rigid and flexible rotor system are established
本文在分析主动磁轴承工作原理的基础上，分别建立了刚性、柔性转子系统的数学模型。 |
| 4. | The experimental results provide a scientific basis for the dynamic design of high speed and extra - high speed machine tool with the bearing spindle units
研究结果为采用陶瓷轴承主轴单元的高速和超高速数控机床的动态设计提供了实验依据。 |
| 5. | It provided also a large quantity of high precision hydrodynamic - hydrostatic and pneumatic spindle units , inductosyn , etc . for machine tools and aerospace industries
还为机床、航天等行业部门提供相当数量的高精度动静压、气动主轴部件和感应同步器等产品。 |
| 6. | Based on our long experience in the field , we have won the confidence of customers who rely on us for assembly of multi - axis spindle units and multi - functional precision jigs
多轴纺锭设备功能多样的精密矫正工具等的附件加工经过长期实践赢得了顾客信赖。 |
| 7. | The information collection system spinning unit is one of the most important parts of the project , which is based on fcs and proposing for working status information acquisition of spinning - machine ’ s spindle units
本文介绍一个基于fcs结构的信息采集系统。电锭是纺丝机的关键组件,包括电锭制动开关,三相交流电机和转杯。 |
| 8. | As there are many spinning - machines in a workshop , working status information of spindle units are characterized by repeatability and a large quantity , which should meet needs of reliable and real - time data collection
由于在整个工厂中有大量的纺纱机,工作状态信息具重复性、量大的特点,同时需要兼顾数据的可靠性和实时性。 |
| 9. | Osaka machine tool carries out machining of precision parts and assembly of spindle units , jigs , etc . , as well as developing industrial machinery and equipment and manufacturing specialized machine tools
计划利用多年的经验和实际成绩，活跃于电子机器航空机器船舶汽车车辆住宅建材土木建设医疗机器食品机械包装机器涂敷机器等各行业中。 |
| 10. | It is found that the damping coefficients of the ceramic bearing spindle unit are smaller than those of the steel bearing one , direct mobility in the front nose of the ceramic bearing spindle unit is larger than that of the steel bearing one after the experimental modal analysis for a standard spindle unit
研究发现，在相同预紧和脂润滑条件下，陶瓷轴承主轴单元的阻尼系数比钢轴承主轴单元小，主轴端部的直接动柔度比钢轴承主轴单元大。 |
