摘要
目前国内纤维板生产厂商对于热磨机磨片更换这一过程多采用人工更换,为了实现热磨机磨片更换的自动化生产,在中负载机械臂的基础上设计了固定磨片及螺栓拧紧的机械结构,并通过Ansys Workbench分别对热磨机磨片装卸设备执行末端连接架和电池齿轮滑轨机构的齿轮齿条进行静力学分析和瞬态动力学分析,结果显示二者的强度都满足使用需求,为后续的研究建立坚实的基础。
At present,the domestic fiberboard manufacturers for hot mill blade replacement process is mostly used for manual replacement,in order to realize the automated production of hot mill blade replacement,in the medium-loaded mechanical arm based on the design of the mechanical structure of the fixed blade and bolt tightening,and through the Ansys Workbench respectively on the hot mill blade loading and unloading equipment for the implementation of the end of the connecting frame and the rack and pinion of battery gear slide mechanism,static analysis and transient dynamics analysis.The static analysis and transient dynamic analysis are carried out respectively by Ansys Workbench,and the results show that the strength of both of them meets the requirements for use,which establishes a solid foundation for the subsequent research.
作者
张中弛
吴哲
姜薄士
孙学军
王宁
杨春梅
ZHANG Zhong-chi;WU Zhe;JIANG Bo-shi;SUN Xue-jun;WANG Ning;YANG Chun-mei(College of Mechanical and Electrical Engineering,Northeast Forestry University,Harbin Heilongjiang 150040,China)
出处
《林业机械与木工设备》
2024年第10期113-117,共5页
Forestry Machinery & Woodworking Equipment
基金
中央高校基本科研业务费专项资金(2572021BC03)
黑龙江省自然科学基金项目“超薄超高密度纤维板纤维质量评价及胶合机理研究”(LH2022C009)。
关键词
热磨机
磨片更换
静力学分析
瞬态动力学分析
thermal mill
replacement of abrasive discs
static analysis
transient dynamics analysis
