摘要
针对传统大樱桃去核设备效率低下、果肉损伤率高的问题,设计了一种新型大樱桃去核机。采用振动盘与视觉识别系统实现大樱桃自动上料与精准定位,结合仿形空心刀具与伺服驱动系统,在高速运行下完成无损去核操作。模块化设计和智能控制系统能适配不同品种的大樱桃,兼具操作简便和维护成本低的优势。通过静应力分析验证了上料口和废料出口在实际工况下的结构强度和稳定性。该设备的研发为大樱桃加工产业的自动化升级提供了有力的技术支持。
For solving problems of inefficiency and high flesh damage rates of traditional cherry core removing machinery,a new type of cherry core remover was designed.A vibration plate and a vision recognition system were employed to achieve automatic feeding and precision positioning of the cherry,Non-destructive core removing operations at high speeds was achieved through integration of a profiled hollow knife tool with a servo drive system.Modular design and intelligent control system were capable of accommodating different varieties of cherries with advantages of simple operation and low maintenance costs.Static stress analysis was conducted to verify the structural strength and stability of the feeding port and waste discharge port under actual working conditions.The design of the remover provided technical support for automation upgrade of the cherry processing industry.
作者
赵勇成
范满满
许嘉毅
罗金海
Zhao Yongcheng;Fan Manman;Xu Jiayi;Luo Jinhai(Lanzhou Vocational and Technical College,Lanzhou 730000)
出处
《中国农机装备》
2025年第8期133-136,共4页
China Agricultural Machinery Equipment
基金
甘肃省陇原青年英才项目(中共甘肃省委人才工作领导小组文件[2022]5号)
2024年国家级大学生训练计划项目(项目编号:202412833012)
2024年省级均衡性转移支付强科技奖补科技创新项目(兰州市安宁区科技局科技创新项目2024-JB-7)
2024年兰州市社会科学规划项目(项目编号:24-A25)。
关键词
大樱桃
去核机
控制系统
振动盘
应力分析
Cherry
Core remover
Control system
Vibrating feeder
Stress analysis
