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《Journal of Beijing Institute of Graphic Communication》 2018-03
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Design of UV-LED Printing and Curing Equipment Control System Based on STM32F103C8T6

ZHANG Guishan;ZHANG Mingming;GUO Weilin;LI Jinyao;LI Hai chao;School of Mechanical and Electrical Engineering,Beijing Institute of Graphic Communication;Zhangzhou Institute of Science & Technology;  
In order to improve the working efficiency of UV-LED printing and curing equipment, combined with PWM pulse width modulation technology and RS485 communication technology, a control system with STM32F103C8T6 as the control core and HV9910 chip and touch panel as auxiliary control units is designed. With this control system, the UV-LED printing and curing equipment can be adjusted in the range of 126 to 292 mm. The curing power can be adjusted according to the change of printing speed in the range of curing width. In addition, in order to make the human-machine interface friendlier, a communication between upper computer and host computer is designed and developed, and the special functions such as setting the current curing width, printing speed, current, voltage and power are displayed in real time.The practical application shows that the control system can reliably monitor and control the working state of UV-LED printing and curing equipment in real time and improve its working efficiency.
【Fund】: 北京印刷学院北印英才项目(04190117004/019);; 北京市教委科研计划项目(KM201810015008)资助
【CateGory Index】: TP273;TS803
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