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Research on High Speed Laser Carving Control System Based on Embedded OS

机译:基于嵌入式操作系统的高速激光雕刻控制系统研究

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A design project of high-speed laser carving control system based on embedded platform is introduced in this paper. ARM (Advanced RISC Machines) and FPGA (Field Programmable Gate Array) are the kernel processors of the control system which takes Windows CE.NET 5.0 as the software development platform and implements concurrent processing of the functional modules on the basis of the multithread technique. A regulating circuit is designed to realize energy compensation, by which the output power of CO_2 laser can be adjusted. According to the features of high-speed laser graphics carving and cutting, the paper emphatically analyzed an improved S-curve acceleration and deceleration control method. It is proved that the control system can effectively improve the efficiency and the machining quality of high-speed laser carving machine.
机译:本文介绍了基于嵌入式平台的高速激光雕刻控制系统的设计项目。 ARM(高级RISC机器)和FPGA(现场可编程门阵列)是控制系统的内核处理器,它将Windows Ce.Net 5.0作为软件开发平台,并在多线程技术的基础上实现功能模块的并发处理。调节电路旨在实现能量补偿,可以调节CO_2激光器的输出功率。根据高速激光图形雕刻和切割的特点,本文重省分析了改进的S曲线加速度和减速控制方法。事实证明,控制系统可以有效地提高高速激光雕刻机的效率和加工质量。

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