对变速磨削系统稳定性进行了理论和试验分析。
The stability of a variable speed grinding system is studied theoretically and experimentally.
介绍了利用直线电机作为砂轮进给驱动的磨削系统。
The grinding system which uses linear motor as a wheel feed drive is introduced.
本文对超声波纵向振动内圆磨削系统进行了系统的研究。
The ultrasonic vibration hole grinding system has been studied in this paper.
介绍了用于机器人柔性磨削系统的柔性砂带磨削机床，提出了恒磨削力补偿机构。
A flexible grinding machine applied to a robot flexible grinding system and its constant grinding force compensation mechanism is presented.
最后，将生成的轨迹应用于机器人叶片磨削系统，试验验证了方法的有效性和可行性。
To solve the problem of automatic blade grinding, a method for robotic blade grinding based on the reverse engineering was proposed.
同时，设计了解决磨削系统刚度的硬质合金砂轮套轴，并揭示了制造方法及要点，解决了小孔磨削的系统刚度问题。
Further revealed the main points and methods of manufacture to solve the system rigidity problem in the small hole grinding.
本文研究开发了磨削试验台的磨削力测量系统，进行了压电测试系统的理论分析和旋转工作台的受力分析；
In this paper, the grinding force measuring system is developed, and both the piezo-electic measuring system and the forces on rotary table are analyzed.
实验结果表明：系统原理正确，平衡精度高，速度快，能显著地提高磨削质量。
This test results have shown that the system is correct in principle, fast in balance speed, high in balance accuracy and can remarkably improve grinding quality.
系统分析了影响磨削区温度的因素，探讨磨削轧辊表层温度的分布规律。
The effecting factors of grinding field temperature were analyzed. The law of roller surface layer 's temperature was researched.
首先对原有超声磨削装置从刚度、精度和系统运动稳定性等方面进行改进。
Firstly, the former ultrasonic grinding mechanism was refitted in respect of the system rigidity, accuracy and motion stability.
为验证所述测度模型和方法，建立了磨削力检测系统以获取建模和评价数据。
To verify the described method, a grinding force measuring system is schemed to obtain the modeling and evaluating data.
研究了关于凸轮磨削的数控系统的几个关键技术。
The key technologies about cam grinding CNC system were discussed.
在M131外圆磨床上的补偿磨削试验结果表明，所设计的测量补偿系统能够达到改善被加工工件圆度的目的，补偿后工件圆度误差减少近30％。
The compensation grinding test on M131 cylindrical grinder showed that the designed measuring & compensating systems have improved the roundness of machined workpiece up to 30%.
确定最佳电解磨削液在实际系统中对金属结合剂砂轮进行电解修整得到了较为满意的修整结果。
In the actual system, the grinding wheel of metal binding agent is electrolytically dressed with the determined optimum electrolytic grinding fluid and the satisfied dressing result is obtained.
要传输工件需要有将工件传入和传出磨削区的上料和卸料系统。
For handling the workpieces there is a loading and unloading system required to transport the workpieces into and out of the grinding zone.
系统按分类学习结果自动选择工艺参数以控制磨削加工质量。
Finally, according to the result of classifying study the system automatically selects the technology parameter to control the grinding quality.
利用测出的比例常数和滞后角，对高速磨削过程中出现的不平衡振动，可实现转子系统一次试加重的快速动平衡。
With the measured ratio and lagging Angle, in the process of field balancing for high speed grinding, the rotor system can attain quick balance just adding balancing mass one time.
磨削加工结果表明，应用该方法可有效提高系统的误差补偿精度。
The result of grinding the ball lead screw shows the error compensation accuracy of the system can be increased effectively by using this method.
工艺实验证明该系统能够较好地实现磨削温度的在线监测与预报。
It is proved by technological experiments that the monitoring system can better realize on line monitoring and forecasting for grinding arc temperature.
摘要针对脊柱椎管狭窄症减压手术中椎管壁磨削不安全这一问题，介绍了一种基于力反馈控制策略的脊柱外科机器人系统。
Aiming at solving the unsafety problem of milling vertebra wall in spine stenosis surgery a spine robot system based on force feed back control strategy is introduced.
摘要针对脊柱椎管狭窄症减压手术中椎管壁磨削不安全这一问题，介绍了一种基于力反馈控制策略的脊柱外科机器人系统。
Aiming at solving the unsafety problem of milling vertebra wall in spine stenosis surgery a spine robot system based on force feedback control strategy is introduced.
提出了零相位跟踪控制算法，使控制系统对给定非国特殊曲线具有很高的跟踪精度，从而保证了非圆轴类表面磨削加工精度。
An adaptive zero-phase tracking control algorithm is developed, and with which the servo system is able to track accurately a given non-circular high order special curves.
凸轮轴磨削工艺系统三维实景是本研究中凸轮轴虚拟磨削加工系统的基础功能单元。
D real scene of CAM shaft grinding process system is a basic function unit of the CAM shaft virtual reality grinding system in our research.
系统可预存20组磨削参数，可实现手动与自动二种工作方式。
System can be stored in 20 groups grinding parameters, and can work manually and automatically.
仿真结果表明，该系统具有响应快、稳态精度高、鲁棒性强等优点，能很好地应用于磨削加工的质量控制。
The results of simulations show that this system has rapid response speed, high steady state accuracy and good robustness. it can be applied to the grind manufacturing very well.
在硅片磨削过程中，磨削力是综合反映工件材料性质和状况、砂轮特性和磨损状态、加工用量和工艺系统参数等因素的一个重要物理参量。
In the process of grinding, the grinding force is a key physical parameter, generally reflecting properties and state of material, and the characteristics of grinding wheel and abrasion state.
建立了磨削温度场的计算机仿真系统，实现了对磨削温度场的预测及优化。
The computer simulation system in grinding temperature field is established, which has been used to predict the grinding temperature field and optimize the temperature successfully.
建立了磨削温度场的计算机仿真系统，实现了对磨削温度场的预测及优化。
The computer simulation system in grinding temperature field is established, which has been used to predict the grinding temperature field and optimize the temperature successfully.
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