作为齿轮刀具的珩齿刀设计复杂。
It is complex in the design of gear cutting tool such as honer.
对超声波珩齿的研究，得到了国家自然科学基金的资助。
Researches on ultrasonic honing obtain the national natural science fund's subsidies.
最后就生产线上有效地应用蜗杆珩齿工艺问题，提出了建设性意见。
The article also makes the recommendable Suggestions for usefully putting the honing process with the worm type hone into the production line.
研究以珩代磨的硬齿面齿轮加工方法和珩齿机理具有重要的现实意义。
The study on the method of machining hard teeth profile gear of honing instead of grinding and honing mechanism has the meaning of important reality.
研究了超声振动珩齿新工艺，分析探讨了超声振动珩齿材料的去除机理。
This paper researches on the new supersonic vibration gear honing technique, and analyzes on the mechanism of removing the supersonic vibration gear honing materials.
把超声波引进到珩齿里形成超声珩齿，很好的解决了传统珩齿工艺的不足。
It's a good way to solve the disadvantages of the gear honing by adding the ultrasonic to it.
研究超声辅助珩齿加工效率以及被加工工件的精度一个很重要研究的方面。
Studying of the processing efficiency of ultrasonic assisted gear honing and the accuracy of the workpiece is a very important research aspect.
在前期理论研究的基础上，本课题着重研究超声辅助珩齿加工理论及加工实验。
The paper will selective study the theoretical analysis and experimental research of ultrasonic assisted gear honing machining based on previous theoretical study.
超声波珩磨内圆已经广泛应用实际生产，但超声波辅助珩齿工艺却还处于实验研究阶段。
Ultrasonic honing inner circle have been widely used in actual production, but the ultrasonic gear honing process are still at the experimental research stage.
外啮合珩齿工艺是一种效率高、成本低的硬齿面齿轮加工工艺，但对齿轮精度的提高有限。
Honing with a honing gear is an efficient and low - cost method for hard gear machining, but it can not obviously improve the precision of gear.
将此高精度直齿外珩轮应用于珩齿试验中，被加工齿轮的齿形误差和表面光洁度得到了极大地提高。
The honing experiment shows that the teeth error and surface roughness of the machined gear have been improved greatly.
介绍了基于超声波平行轴珩齿的超声波振动系统的设计原理，重点介绍了确定各组成部分参数的方法。
This paper introduces the design principle used for ultrasonic parallel-axes honing, the key is to confirm the parameter of every part.
本文根据珩轮的加工原理和齿面方程，利用计算机图形学方法，分别建立了珩轮的表面模型和实体模型。
Based on the machining theories and gear profile equation, using computer graphics, the article builds the surface model and solid model of honner.
一齿差行星齿轮系可调珩磨头，可调范围大，调整方便和微调性能好；
The honer can be easily adjusted in a bigger range, especially good for micro adjustment ;
一齿差行星齿轮系可调珩磨头，可调范围大，调整方便和微调性能好；
The honer can be easily adjusted in a bigger range, especially good for micro adjustment ;
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