摘要
为解决皮带运输机配套自移式机尾在复杂生产条件下适用性、连续性差的问题,对自移式机尾运行原理和作业流程进行分析,建立数字模型并开展有限元分析,选择合适的技术参数,并对自移式机尾的整体结构进行优化。实践证明,优化后的自移式机尾结构简单、可靠性强,在前移、高度调节、调偏等方面具有更强的适用性、稳定性和耐久性,机尾大修时间延长至4~5 Mt,大大提高原煤运输效率。
To solve the problem of poor applicability and continuity of self-moving tail supporting belt conveyor under complex production conditions,the author analyzes the operation principle and operation process of self-moving tail,establishes digital model and carries out finite element analysis,selects appropriate technical parameters,and optimizes the overall structure of selfmoving tail,whose practice proves that the optimized self-moving tail has simple structure and strong reliability,and has stronger applicability,stability and durability in the aspects of forward movement,height adjustment and deviation adjustment.The overhaul time of the tail is extended to about 4~5Mt,which greatly improves the transportation efficiency of raw coal.
作者
赵培清
Zhao Peiqing(Shanxi Jinshen Energy Co.Ltd.,Hequ,Shanxi 036500)
出处
《江西煤炭科技》
2024年第1期168-170,174,共4页
Jiangxi Coal Science & Technology
关键词
皮带输送机
自移式机尾
运输系统
优化设计
箱型梁
belt conveyor
self-moving tail
transportation system
optimization design
box beam
作者简介
赵培清(1986-),男,山西大同人,2015年毕业于黑龙江科技大学采矿工程专业,助理工程师,现从事机电技术管理工作。
