期刊文献+

基于沙漠治理智能小车的创新实验教学系统设计

Design of Innovative Experimental Teaching System Based on Intelligent Vehicle for Desert Management
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摘要 针对教育部提出的提高高校学生的创新和实践能力,该实践教学系统依托学科竞赛,设计了沙漠治理自动化装置,将智能小车和砾石铺设装置组合在一起,通过控制系统控制智能小车的行驶轨迹,同时控制砾石铺设装置,将砾石按田字形规律铺设,达到减轻人工铺设的劳动量,提高铺设效率。该实践教学系统激发了学生的兴趣和潜能,培养了学生的科研能力和创新精神。 In view of the proposal of the Ministry of Education to improve the innovation and practice ability of college students,a practice teaching system is presented based on the subject competition,and the automatic device for desert control is designed,which combines the intelligent car and the gravel laying device together,through the control system to control the intelligent car running track,and control the gravel laying device,the gravel will be laid according to the field pattern law,to reduce the manual laying labor and improve laying efficiency.The practice teaching system arouses the students'interest and potential,and trains the students'scientific research ability and innovation spirit.
作者 李强 徐伟 谷永傲 王鑫涛 胡芃哲 LI Qiang;XU Wei;GU Yongao;WANG Xintao;HU Pengzhe(Jianghan University School of Intelligent Manufacturing,Wuhan 430056,China;Jianghan University Engineering Training Centre,Wuhan 430056,China;Jianghan University School of Artificial Intelligence,Wuhan 430056,China)
出处 《机械工程师》 2024年第2期19-23,共5页 Mechanical Engineer
基金 2020年湖北省高等学校实验室研究项目“新能源汽车工程方向实践教学体系研究”(HBSY2020-46)。
关键词 砾石铺设 控制系统 固沙车 实验教学 系统 设计 gravel laying control system sand-fixing vehicle experimental teaching system design
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