This paper studied the problem of deformation compensation and suggested the static and dynamic compensation method about the deformation;
研究了托架变形补偿问题并提出了基于变形的静态与动态补偿方法；
Based on the thermal deformation compensation, the rotary and stationary rings are optimized, and the thermal deformation before and after the optimization are attained and analyzed.
基于热变形补偿对动静环进行了优化，并对优化前后动静环的热变形进行对比分析。
The results show that thermal compensation in non-irradiant areas could reduce the temperature gradient of mirror for high-power laser, and then could decrease the thermal deformation significantly.
结果表明有效的热补偿对镜面变形峰谷值有很大的影响，在非光照区进行热补偿可以大大降低镜体的温度梯度，从而明显减小镜面变形的峰谷值。
The methods to reduce the machine tool thermal deformation are: thermal error modeling and compensation, temperature control, optimization design of thermal state characteristics.
减少机床热变形的方法为：进行热误差建模和补偿，温度控制，热态特性优化设计。
Or the mold is modified by proper compensation to compensate the deformation of plastic elements.
也可采用适当的补偿方法修正模具以补偿塑件的变形。
This subject is about thermal deformation error detection and compensation of an YKX3132G six axes CNC gear-hobber machine's worktable in X axis direction.
本课题针对在KX3132G型六轴数控滚齿机床加工过程中，工作台热致变形产生的X轴方向上的误差进行测量与补偿。
Under normal circumstances, after a spring in the long run will be shortened in length, compensation spring moving mechanical seal ring because centrifugal force will cause deformation.
一般情况下弹簧在长时间运行后长度会缩短，补偿弹簧在动环上的机械密封还会因为离心力的原因而变形。
In this paper, main methods about thermal deformation control of present machine tools are presented, they are thermal optimization, thermal monitoring and thermal compensation.
阐述了目前机床结构热变形控制的主要对策：热优化、热温控、热补偿研究现状。
The deformation during the fragments CNC cutting of the large flange and the experiment and research on the controlling of the compensation are introduced in this paper.
介绍了大型法兰分瓣下料变形及补偿量的控制工艺。
The parameters of power filter are selected by minimizing the capacity of capacitor under the restrictions of voltage deformation rate, reactive power compensation and safety operation of capacitor.
它在满足电压畸变率，无功补偿及电容器安全运行要求的条件下，使电容器安装容量最小。
The compression, tensile, reversing the deformation can better play a role in displacement compensation;
对压缩、拉伸、扭转变形能较好地起到位移补偿作用；
The compression, tensile, reversing the deformation can better play a role in displacement compensation;
对压缩、拉伸、扭转变形能较好地起到位移补偿作用；
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