Optimized design of mechatronic sorting equipment in intelligent warehouse systems
智能仓储系统中机电一体化分拣设备的优化设计

摘要

智能仓储系统的发展对机电一体化分拣设备提出了更高要求。本文围绕“如何通过优化设计提升机电一体化分拣设备的效率与智能化水平”这一核心论点，分析了当前分拣设备在结构设计、控制逻辑和信息交互方面存在的问题，提出从机械结构优化、控制系统升级及数据融合三个方面进行改进。通过引入模块化设计理念、采用先进传感与驱动技术，并结合物联网与人工智能算法，实现设备运行效率和分拣准确率的双重提升。研究结果为智能仓储系统的高效运作提供了可行的技术路径。

Abstract

The development of intelligent warehouse systems has put forward higher requirements for mechatronic sorting equipment. Focusing on the core argument of "how to improve the efficiency and intelligence level of mechatronic sorting equipment through optimized design," this paper analyzes the existing problems of current sorting equipment in structural design, control logic, and information interaction. It proposes improvements from three aspects: mechanical structure optimization, control system upgrading, and data fusion. By introducing the concept of modular design, adopting advanced sensing and driving technologies, and combining the Internet of Things (IoT) with artificial intelligence algorithms, the dual improvement of equipment operation efficiency and sorting accuracy is achieved. The research results provide a feasible technical path for the efficient operation of intelligent warehouse systems.