摘要
基于目前纤维板所需工艺木片的生产现状,为保证盘式削片机生产工艺木片的质量并解决盘式削片机飞刀快速更换的问题,设计一款采用差动螺旋结构实现飞刀伸出量微调,以及刀块整体更换的新型盘式削片机刀盘。对新型刀盘的削片工作原理以及切削力进行研究,对装刀块夹持力部分进行验证计算,通过Adams仿真软件对设计的新型刀盘进行了动力学分析,验证刀盘结构在额定转速下的稳定性。
Based on the current production status of the process wood chips required for fiberboard,in order to ensure the quality of the wood chips produced by the disc chipper and solve the problem of rapid replacement of the cutting knife of the disc chipper,a new type of disc chipper cutterhead is designed with a differential spiral structure to fine-tune the extension of the cutting knife and replace the knife block as a whole.In this paper,the chipping principle and cutting force of the new cutterhead are studied,and the dynamic analysis of the designed new cutterhead is carried out by Adams simulation software to verify the stability of the designed cutterhead at the rated speed,and the clamping force of the loading block is verified and calculated to verify the rationality of the structural design.
作者
任长清
宋鹏
丁禹程
杨春梅
吴哲
曲文
REN Chang-qing;SONG Peng;DING Yu-cheng;YANG Chun-mei;WU Zhe;QU Wen(Forestry and Woodworking Machinery Engineering Technology Center,Northeast Forestry University,Harbin Heilongjiang 150040,China)
出处
《林业机械与木工设备》
2024年第1期56-59,63,共5页
Forestry Machinery & Woodworking Equipment
基金
国家重点研发计划“超薄纤维板纤维制备及均匀铺装控制系统研究”(2021YFD220060404)
黑龙江省自然科学基金项目(HL2022C009)共同资助
关键词
盘式削片机
刀盘设计
切削力
动力学仿真
disc chipper
cutterhead design
cutting force
dynamic simulation
