CAJ | 학술논문

许多国内中小企业对于汽车轮毂的喷涂都采用手工喷涂，这极大影响工人的身体健康，且自动化程度较低。设计了一种可对轮毂进行连续自动喷涂的简单喷涂系统。采用了链传动、滚轮滑轨等机械结构，使用3把喷枪对轮毂上表面及侧面分别同时进行喷涂；以PLC为控制核心，采用编码器及光幕传感器对轮毂运输线速度及轮毂情况进行智能检测，实现对喷枪喷涂动作自动控制。系统可对不同尺寸的轮毂进行连续自动的喷涂。
허다국내중소기업대우기차륜곡적분도도채용수공분도，저겁대영향공인적신체건강，차자동화정도교저。설계료일충가대륜곡진행련속자동분도적간단분도계통。채용료련전동、곤륜활궤등궤계결구，사용3파분창대륜곡상표면급측면분별동시진행분도；이PLC위공제핵심，채용편마기급광막전감기대륜곡운수선속도급륜곡정황진행지능검측，실현대분창분도동작자동공제。계통가대불동척촌적륜곡진행련속자동적분도。
Now the job of automotive wheel spraying is done manual y in lots of domestic SMEs, which greatly affects the health of workers and also shows a low degree of automation. The paper designs an automatic spray system that can spray the wheels of dif-ferent size continuously. Three spray guns with sprocket chain and rol er slide rail are used to spray the upper and side surface of wheel simultaneously. The control system is equipped with PLC, encoders and light curtain are used to detect the speed of wheel transport line and wheel condition intel igently.