The purpose of this paper is to provide the theoretical basis for designing high-tooth spiral bevelgearcutter head.
本文的研究为等高齿弧齿锥齿轮的刀盘设计提供理论基础。
2
During the cutting of the worm bevelgear, due to the impact interference between the worm and cutter rest slide and screw, the gear teeth shape cutting can not be performed.
蜗杆伞齿轮切齿时，由于蜗杆部分与刀架滑板及刀架螺钉发生碰撞干涉，导致刨齿加工无法顺利进行。
3
A direct interpolation algorithm of spiral bevelgear NC machining is proposed, thus establishing the relationship between the motion of the cutter-head center and the rotation of the work gear.