1·It is complex in the design of gear cutting tool such as honer.
作为齿轮刀具的珩齿刀设计复杂。
2·A new concept of profile and alignment design for gear cutting tools is put forward.
出齿轮切削工具设计齿形和设计齿向新概念。
3·Firstly with microcosmic and macroscopic method, the error source in gear cutting is analysed.
首先以微观与宏观相结合的方法，分析了齿轮加工中的误差源。
4·This has great instructional significance for seeking a new kind of gear cutting method and equipment.
这对寻求新型齿轮加工方法和开发新型齿轮加工设备具有重要指导意义。
5·Based on the conjugation theory of space curved surface, the vector relation of gear cutting is ensured.
基于空间曲面共轭原理，确定齿轮切齿矢量关系，建立了螺旋锥齿轮的齿面矢量方程。
6·This thesis researched how to realize and improve the conventional method of gear cutting on such high-teeth machine.
本文研究了如何在这种高科技机床上再现并改进传统加工方法。
7·The programme of the gear cutting machines is completed ideally by the product range automation -and handling systems.
齿轮加工机床方案可以使用自动化及装卸系统最理想地完成。
8·An example of gear cutting machine tool improvement design was also given to explain the process of evaluation in details.
以某大型内齿轮铣齿机的床身改进设计为例，对方案的评价及优选过程进行了详细的说明。
9·The paper introduces a new method-QL system suggested for the first time by the author for measuring dynamic accuracy of gear cutting machine drivetrain.
本文介绍一种由著者首次提出的齿轮加工机床传动链动态精度检测的新方法—QL系统。
10·The study shows that the excellent tooth surface obtained by the function-oriented design can be manufactured with the three-axis CNC gear cutting machine.
研究表明，只需用三轴联动CNC铣齿机就能加工出主动设计得到的啮合性能良好的准双曲面齿轮的齿面。