基于结构强化与控制补偿的高负载输送系统的可靠性升级方案OA
高负载输送系统在现代化仓储物流领域得到广泛应用,但重载与空载之间的变化会对系统产生一定影响,设备的定位精度、运行稳定性及设备寿命会受到挑战.文中通过现象描述、根因分析提出了结构强化、控制补偿、材料优化,表面处理方式选择、细节优化等解决方案的闭环逻辑,系统性地阐述一套综合性的性能提升解决方案.
High-load conveying systems are widely used in modern warehousing and logistics.However,transitions between heavy-load and no-load conditions can impact system performance,posing challenges to equipment positioning accuracy,operational stability,and service life.Through detailed phenomenological description and root cause analysis,a closed-loop solution logic is proposed,encompassing structural reinforcement,control compensation,material optimization,surface treatment selection,and detailed design improvements,systematically presenting a comprehensive set of performance enhancement solutions.
周正山;陈再兴;张毓杰;张思超
上海振华重工(集团)股份有限公司 上海 200125||上海振华重工集团科技有限公司 上海 200125上海振华重工(集团)股份有限公司 上海 200125||上海振华重工集团科技有限公司 上海 200125上海振华重工集团科技有限公司 上海 200125上海振华重工(集团)股份有限公司 上海 200125
机械制造
升降输送机高负载输送系统结构强化闭环控制仓储物流
elevator conveyorhigh-load conveying systemstructural reinforcementclosed-loop controlwarehousing and logistics
《起重运输机械》 2026 (5)
57-61,5
上海振华重工集团科研项目(2023-ZPKJ-31)
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