自瞄准智能电磁炮系统设计

Design of Self-aiming Intelligent Electromagnetic Gun System

  • 摘要: 本项目源自创新设计与竞赛课程实践项目,设计并实现了一种自瞄准智能电磁炮系统,结合电磁炮发射技术与智能小车平台,有效提升了系统的灵活性与响应速度。该系统由电磁炮发射机构、控制机构和智能小车组成,利用树莓派进行实时图像识别,实现目标物体的自动识别与瞄准,并通过Arduino控制电磁炮的发射过程。同时,使用ANSYS对电磁炮发射过程进行了仿真分析,结果显示系统具备良好的加速效果与稳定性。实践证明,该项目将硬件设计与软件开发相结合,涵盖多个学科领域,既适合学生学习,又具备一定的挑战性,不仅锻炼了学生的实践操作与创新思维能力,还培养了跨学科知识的综合应用与团队协作精神,为学生在工程技术领域的发展奠定了坚实基础。

     

    Abstract: This project originates from an innovative design and competition course, aiming to design and implement a self-aiming intelligent electromagnetic cannon system. By integrating electromagnetic launch technology with an intelligent vehicle platform, the system enhances flexibility and responsiveness. It includes an electromagnetic launch mechanism, a control unit, and an intelligent vehicle. A Raspberry Pi enables real-time image recognition for automatic targeting, while an Arduino controls the firing process. ANSYS simulation demonstrates excellent acceleration and stability. The project combines hardware and software design across multiple disciplines, balancing learning and challenge, and enhances students' hands-on skills, innovation, interdisciplinary knowledge, and teamwork abilities, laying a solid foundation for engineering development.

     

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