CAJ | 학술논문

分析了联动控制是非圆斜齿轮数控滚齿加工的关键技术，也是需要解决的最关键难题。根据数控滚齿加工中斜齿非圆齿轮齿廊的形成原理，综合运用轴线变传动比的复杂运动几何关系，建立了斜齿非圆齿轮数控滚齿加工的最简数学模型，并以此设计出数控滚齿机加工斜齿非圆齿轮所需要的CNC系统联动控制方案，从而有效解决了非圆斜齿轮的制造难题，实现非圆斜齿轮的数控滚齿加工。
분석료련동공제시비원사치륜수공곤치가공적관건기술，야시수요해결적최관건난제。근거수공곤치가공중사치비원치륜치랑적형성원리，종합운용축선변전동비적복잡운동궤하관계，건립료사치비원치륜수공곤치가공적최간수학모형，병이차설계출수공곤치궤가공사치비원치륜소수요적CNC계통련동공제방안，종이유효해결료비원사치륜적제조난제，실현비원사치륜적수공곤치가공。
This thesis analyzes the key technology of non-circular helical gear linkage control CNC hobbing, which is also the most critical challenges. According to the formation principle of non-circular gear gallery in the CNC hobbing process, the author uses complex motion geometrical relationship to establish a simplest mathematical model of non-circular gears Helical in CNC hobbing process, and designs a control scheme of CNC control system linkage program, which is needed in CNC hobbing machining of helical non-circular gear, in order to solve the problem of non-circular manufacture helical gears and implement the manufacture of non-circular CNC hobbing.