Select line shape with tool Path.
选择与刀具路径线的形状。
The interference-free tool path planning is given.
给出了平头铣刀的无干涉路径规划。
Tool Path: Path to the Managed Resource Compiler Tool.
工具路径：托管资源编译器工具的路径。
Tool Path: Path to the Managed Wrapper Generator Tool.
工具路径：托管包装生成器工具的路径。
Tool Path: Specifies the command line name of the linker tool.
工具路径：指定链接器工具的命令行名称。
Tool Path: Path to the Auxiliary Managed Wrapper Generator Tool.
工具路径：辅助托管包装生成器工具的路径。
Compensations are then automatically made in the computed tool path.
通过补偿，然后自动计算刀具路径。
This measured value is then used to correct the programmed tool path.
然后用此测量值纠正编程路径。
The tool path mode and the feed mode in numerical control milling are introduced.
介绍了三轴数控铣削加工的走刀方式和进刀方式。
The curve is made by the measured data and is compared to the programmed tool path.
用测得的数据进行曲线拟合，并与刀具的实际编程轨迹相比较。
The generation and Spine Interpolation technologies of Tool Path are researched deeply.
深入研究了刀具轨迹自动生成技术及样条插补技术。
And when the thickness is large enough, the spatial parallel tool path should be adopted.
当法向齿厚较大时，应该采用空间平行走刀方式规划刀具路径。
Oriented to NC process, the tool path planning based on STL model is discussed in the thesis.
面向数控加工，本论文讨论了STL模型的刀具路径规划问题。
When finished, the programmer may see a tool path plot of what will happen during the machining cycle.
结束后，程序员可能会看到加工循环过程中的刀具路径图。
Whether the tool path quality is good or bad will directly affect the machining and the machining cost of part.
刀具运动轨迹设计质量的好坏，将直接影响零件的加工质量及加工成本。
May enter codes specifying speed, feed and cut of the tool path for computer numerical controlled (CNC) machine tools.
可以进入计算机数控(CNC)机床的切割者路径的指定速度，填补和切割代码。
Whether the tool path quality is good or bad will directly affect the machining quality and the machining cost of parts.
刀具运动轨迹设计质量的好坏，将直接影响零件的加工质量及加工成本。
Discussed the planning methods of the tool path, presented the calculating steps and the main cutting parameters in detail.
探讨了适合于义齿的刀具轨迹生成方法，并给出了计算刀具轨迹的具体步骤和主要切削用量。
Material removal profile is proposed to describe the depth of material removal orthogonal to the tool path on a mold surface.
提出用表面去除廓形来描述模具表面在垂直于抛光轨迹方向的抛光去除量。
The algorithm satisfies the needs of the new character NC machining technique that generates the tool path by the character skeleton.
该算法满足了新的字符加工方法因为要使用字符骨架生成刀位轨迹而对细化算法的要求。
Algorithms for tool path calculation and cutter path interval calculation are derived. Frame model for CAM system of PMTs is established.
推导出了刀位轨迹算法和切削行距算法，建立了面向新型并联机床的CAM系统框架模型。
A study case shows that the algorithm can meet the needs of discretization precision and improve the calculative efficiency of the tool path planning.
实例分析表明，该算法能在保证曲面离散精度的前提下提高无干涉刀具路径规划的效率。
Based on the geometry characteristic and processing technique of centrifugal compressor impeller, the tool path of rough and finish machining are scheduled.
分析了离心压气机叶轮的几何结构特点、加工工艺，并在此基础上规划了叶轮的粗、精加工刀具轨迹。
The processing technology strategy is introduced in following aspect such as design of fixture, tool selecting, optimization in tool path and error control.
设计了确保加工精度的工装夹具，优选出了最佳的使用刀具材料，优化了刀具加工路径及误差控制策略。
The optimization of NC machining process parameters and the cutting tool path is the available approach of exerting the NC machining equipment productivity.
数控切削加工工艺参数及刀具运动轨迹优化是发挥数控加工设备生产效率的有效途径。
The results show that the interference-free tool path can be generated with polar projection method and the even variable cutter axis vector can be obtained.
结果表明，极坐标投影法可以得到无干涉的五轴加工刀位数据，并可以获得均匀变化的刀轴矢量。
The corners tool path refinement approach is presented to solve the problems occur during the corner milling process of the aeronautical thin-walled components.
本文提出了细化圆角走刀路径的铣削方法，以解决航空薄壁件的圆角铣削加工问题。
According with the tool path generation in the 3 axis rough milling of complex multi surfaces, the article presents an algorithm on the optimization of tool path.
针对复杂多曲面3轴粗加工方法的刀轨自动生成问题，提出一种刀具轨迹的优化算法。
Tool path generation is important for complex parts nc machining, and the methodology of tool path generation affects the efficiency and quality of parts machining.
在复杂曲面数控加工中，刀位轨迹生成算法的优劣在一定程度上影响最终加工表面质量和加工效率。
Tool path generation is important for complex parts nc machining, and the methodology of tool path generation affects the efficiency and quality of parts machining.
在复杂曲面数控加工中，刀位轨迹生成算法的优劣在一定程度上影响最终加工表面质量和加工效率。
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