1) Blade-root mill
叶根铣刀
2) fork-shaped blade root cutter
叉型叶根铣刀
1.
Taking fork-shaped blade root cutter as an example, the article introduces the 3D modeling process and methods to carry out complex design of cutters with indexable inserts in Pro / ENGINEER 2001.
以叉型叶根铣刀为示例,介绍了在Pro/ENGINEER 2001中进行复杂可转位刀具设计的三维建模过程与方法。
3) groove cutter for root of turbine blade
涡轮叶片根槽铣刀
4) milling cutter
铣刀
1.
The choice of milling cutter and data in metal manufacturing;
金属切削加工中铣刀及切削参数的选择
2.
Geometrical contour evaluation models for toroidal milling cutterswith taper datum shanks;
圆锥基准柄带角圆的柱面铣刀质量评定模型
3.
Toothform of milling cutter for simple rolling gear;
加工纯滚动齿轮用铣刀的齿形
5) milling cutters
铣刀
1.
The hardware and software composition of the control card for NC dividing revolving platform used in WEDM of diamond milling cutters are introduced,and the application of pulse compensate method when design the control program of microprocessor for the control card is emphasesly analyzed.
本文介绍了金刚石铣刀线切割加工用数控分度回转台的控制卡的软硬件构成,重点分析了控制卡内部单片机控制程序设计时脉冲补偿方法的应用。
2.
This paper has made some researching in the field of the selecting tools on NC manufacturing milling from the characteristics,material and categories of the milling cutters in UG software plat.
结合UG软件 ,对数控加工中刀具选择的问题从数控用铣刀的特点、刀具的材料、刀具的种类等几个方面进行了研究 ,给出刀具选择的一般原则。
6) milling tool
铣刀
1.
The milling tool's diameter and the extended length are optimized.
针对高速铣削刀具受力模型,通过ANSYS软件对高速铣刀应力、应变情况进行了有限元分析,研究了长径比(l/d3)改变对铣刀应力应变的影响,从而达到对刀具直径和悬伸量进行优选的目的。
2.
Highlighted analysis is given to the modification of milling tools,milling process and the impact of the other process on the notch quality.
为了提高织针的织造性能,对袜机针制造时所用的织针铣槽工艺进行了研究,重点分析了铣槽刀具的改进、铣槽工艺的改进及其它工艺对铣槽质量的影响,指出要提高铣槽质量首先要保证前道工序的加工精度,通过改进铣刀材质、齿数、齿型,并使用10#机油和植物油的混合切削液可提高生产效率,延长刀具使用寿命,保证加工质量。
补充资料：根根叶叶
1.植物的根与叶。比喻密切关系。
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