切削刃廓形根据工件廓形设计的铣刀,称为成形铣刀。它和成形车刀一样,可以保证被加工工件的尺寸精度、形状一致和较高的生产率。成形铣刀在生产中应用比较广泛,尤其在涡轮机叶片加工中的应用更为普遍。成形铣刀按照它的齿背形式,可分为尖齿成形铣刀和铲齿成形铣刀两种。
With the structural characters of the chip-hold groove and the screw hole, the design of the indexable formed milling cutter is finished.
并结合容屑槽、螺钉孔的结构特点,完成了可转位成形铣刀的设计。
参考来源 - 螺杆可转位成形盘铣刀设计The research provide neural network model of shape-milling tool condition.
通过该项目的研究,提供用于成形铣刀状态分析的模型,证明利用神经网络模型对成形铣刀状态的诊断是完全可行的。
参考来源 - 成形铣刀状态分析神经网络模型的研究与仿真·2,447,543篇论文数据,部分数据来源于NoteExpress
而铣刀刀刃曲线设计正是装配式成形铣刀设计的技术难点。
The problem of designing an assembly type formed milling cutter is how to design the edge curve.
现场使用证明,此工艺为制造螺杆成形铣刀提供了一种经济有效的方法。
Through experiments, this process is proved to bean efficient and economical method.
装配式成形铣刀由于其可调性和可换性等优点,在加工复杂曲面中得到广泛应用。
The assembly type formed milling cutter is widely applied in manufacturing complicated curve surface because of its advantages of adjustability and changeability.
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