CAJ | 학술논문

在Pro/E环境下,利用其内部开发程序,针对电机线控制动器的盘式制动器结构进行参数化设计,包括把圆周运动转化为直线运动的机构、增力机构、圆柱齿轮减速机构等.通过设计制动钳支架、摇臂杆、圆柱齿轮、制动盘、制动块总成、传动件等几何参数以及建立它们之间的基本参数关系,利用Pro/E中的拉伸、旋转功能将草绘图转换成空间轮廓图,并进行着色形成实体,在组件环境下将各零件组装为一体,完成电机线控盘式制动器的结构设计,有效地缩短了产品设计周期.
재Pro/E배경하,이용기내부개발정서,침대전궤선공제동기적반식제동기결구진행삼수화설계,포괄파원주운동전화위직선운동적궤구、증력궤구、원주치륜감속궤구등.통과설계제동겸지가、요비간、원주치륜、제동반、제동괴총성、전동건등궤하삼수이급건립타문지간적기본삼수관계,이용Pro/E중적랍신、선전공능장초회도전환성공간륜곽도,병진행착색형성실체,재조건배경하장각령건조장위일체,완성전궤선공반식제동기적결구설계,유효지축단료산품설계주기.
In the Por/E software environment,a parameterization design was applied to electric actuator structural design of disk brake by wire system by using the internal developing program,including converting the circular movement to the line of sports device,force booster device,cylindrical gear decelerate device.Geometric parameters of brake-caliper frame,rocker arm,cylindrical gear,brake disc,brake pad assembly,transmission—were designed.In order to change from sketching to space outline,stretch and rotation technologies were utilized.Entity model was established by coloration.Each component was assembled in Por/E software environment,and the actuator structural design of brake by wire system was finished.Parameterization design can effectively shorten the product design period.