1) tool-handle system
刀柄系统
1.
The cutting characteristics of 904L stainless steel are presented first,analysed the choice of high-speed milling tool material,the design for structure of tool,tool-handle system and technology of homeostasis.
针对904L不锈钢材料的切削性能,分析高速切削加工时刀具材料的选择、刀具结构的设计、刀柄系统以及刀具的动平衡,并进行铣削试验。
2) toolholder and tooling system
刀柄及工具系统
3) Cutting Tools System of Machine Center
加工中心刀柄系统
4) Handle System
句柄系统
1.
The emphasize is laid on the frame and the technology of the Handle system.
全文着重讨论了开放式结构数字图书馆的核心部分 -句柄系统 (handle system)的框架和实现技术 。
5) toolholder
['tu:l,həuldə]
刀柄
1.
The hydraulic expansion toolholder, polygonal clamping toolholder and heat shrinking toolholder are compared synthetically.
对静压膨胀式刀柄、应力锁紧式刀柄和热装式刀柄进行了综合比较,建议使用冷却液时选择静压膨胀式刀柄,干切削时选择应力锁紧式刀柄。
6) tool system
刀具系统
1.
Investigation of method for unbalance suppression of tool system with high rotational speed;
抑制高速旋转刀具系统不平衡量的方法研究
2.
When high speed cutting,the life of tool,machining accuracy,efficiency and surface roughness of the workpieces are directly influenced because rotational speed of tool system are very high.
高速切削时,由于刀具系统的转速很高,刀具系统的不平衡会影响刀具寿命、加工精度和效率。
3.
The reasons of vibration of high-speed tool system in cutting are analyzed theoretically.
本文从理论上分析了高速加工刀具系统在工作过程中发生强迫振动的原因,并提出减小刀具系统振动的措施。
补充资料:刀柄
1.刀的把手。 2.比喻兵权或生杀大权。
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