"PCB 异形件自动插件机设计：实现高精度高效率插件技术"

The focus of this research is on the design of an automatic insertion machine for irregularly shaped components, specifically targeting the PCB board plug-in technology demanded by the market. Traditional plug-in methods are predominantly manual, resulting in low precision and efficiency. The automatic insertion machine for irregularly shaped components seeks to address and solve these issues. Our team conducted research and innovation by analyzing and integrating various types and models of existing plug-in machines available in the market. By conducting a process analysis of electronic components and plug-in actions, we were able to determine the direction of the machine design, the design requirements, and the objectives to be achieved. We also categorized different functional modules. Furthermore, through an analysis of the manufacturing process of PCB boards and the plug-in requirements of irregularly shaped electronic components, we were able to further analyze the required functions and actions for automatic insertion, as well as the transportation method of the PCB board. Ultimately, we established a program design scheme for the control system of the insertion machine based on the DMC3000 RSG series motion control card, utilizing the LabVIEW platform. In summary, this research focuses on addressing the limitations of traditional manual plug-in methods by developing an automatic insertion machine for irregularly shaped components. Through a comprehensive analysis of the electronic component plug-in process, the manufacturing process of PCB boards, and the requirements for the automatic insertion of irregularly shaped components, our team was able to establish a program design scheme using the LabVIEW platform and the DMC3000 RSG series motion control card. This research is crucial in advancing the automation and efficiency of PCB board plug-in technology, and it has the potential to significantly impact the electronic manufacturing industry.