CAJ | 학술논문

在VERICUT软件环境下建立了虚拟数控非圆齿轮磨齿机床.首先基于成形砂轮展成磨削非圆齿轮的基本原理,进行了磨床的运动数据计算,并构造了符合实际加工要求的G代码形式.然后在 VERICUT下进行了机床模型的搭建,并根据实际磨床的系统特性,选择了合适的控制器,配置了相关参数,建立了非圆齿轮数控加工的虚拟磨床系统.最后在VERICUT下进行了非圆齿轮的加工仿真,对加工仿真中各种干涉情况进行了检查.通过该方法,可以很好地验证非圆齿轮磨削理论的准确性,同时为后续非圆齿轮的实际加工提供了可靠依据.
재VERICUT연건배경하건립료허의수공비원치륜마치궤상.수선기우성형사륜전성마삭비원치륜적기본원리,진행료마상적운동수거계산,병구조료부합실제가공요구적G대마형식.연후재 VERICUT하진행료궤상모형적탑건,병근거실제마상적계통특성,선택료합괄적공제기,배치료상관삼수,건립료비원치륜수공가공적허의마상계통.최후재VERICUT하진행료비원치륜적가공방진,대가공방진중각충간섭정황진행료검사.통과해방법,가이흔호지험증비원치륜마삭이론적준학성,동시위후속비원치륜적실제가공제공료가고의거.
The virtual noncircular gear grinding NC machine tool is set up in VERICUT. Based on the principle of noncircular gear grinding by forming grinder, the movement data is calculated and G-code is compiled. The machine tool model is built up in VERICUT, the qualified controller is choosed and the corresponding parameters is set. The simulation of noncircular gear grinding is carried out in VERICUT, and detailed analysis and discussion of the interference of virtual machining is given, and solutions is provied to these problems. Through this virtual machine tool, the correctness of the theory of noncircular gear grinding is verified and a reliable basis is provied for the actual machining.