1) tools contact locus
刀触轨迹
1.
Surface accessory machining is always the difficulty in the NC machining and creates the correct cutting tools contact locus is the emphases in these surface accessory NC machining.
曲面类零件加工一直是数控加工中的难点,而刀触轨迹的生成又是其中的重点。
2) cutter-contact point trace
刀触点轨迹
1.
Based on analysis of generation algorithms of cutter－ contact point trace in NC machining of sculptured surfaces,in this paper,a property on continuity of cutter－ contact point trace is suggested and proved.
在分析国内外关于自由曲面数控加工中刀位点轨迹生成算法的基础上，提出了一个关于刀触点轨迹连续性的命题并加以证明 。
3) projected trace of cutter contact
刀触点轨迹投影线
4) tool-path
刀具轨迹
1.
The research of system based on surface reconstructing and tool-path generating in the Lab;
基于曲面重构及刀具轨迹生成系统的实验研究
2.
Tool-path Programming Based on Reverse Engineering in NC Machining;
基于反求的数控加工刀具轨迹的路径规划
3.
Tool-Path Programming Research Based on UG Redevelopment in NC Machining;
基于UG二次开发的数控加工刀具轨迹生成系统的研究
5) cutter path
刀具轨迹
1.
The characteristic of current cutter path generation method is discussed.
深入探讨基于层切法的零件模具数控粗加工方法,阐述了该方法的基本步骤;分析了目前层面内刀具轨迹平行线生成算法的不足之处,提出了层面内刀具环形轨迹的自适应生成方法。
2.
According to the given geometrical solid and the specification of NC machining parameters, the solid finish NC machining algorithm can automatically generate the cutter path code for the finish NC machining.
在获得了零件几何信息和加工参数信息后 ,实体精加工算法能够自动计算零件在某一个加工方向上所有可加工曲面的球头刀精加工刀具轨迹。
6) Tool path
刀具轨迹
1.
Tool path generation based on point cloud directly;
直接基于点云数据的刀具轨迹生成
2.
Automatic Generating Method of Tool Path for NC Engraving;
数控雕刻加工刀具轨迹自动生成方法
3.
Research on Optimization Strategies of High-speed Machining Tool Path;
高速加工刀具轨迹优化策略研究
补充资料：触触生
1.北周熊安生避大官讳的阿谀自称。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条