目的 为解决现代化工厂转运包装自动化程度低、使用环境单一、生产管理系统与转运包装联动性差的问题，设计了数字化储运包装系统。方法 根据使用环境和使用条件要求，对转运包装的整体结构、防护方式、数据联动进行全新设计。通过仿真分析满足储运包装系统的功能需求和使用要求。结果 设计出了数字化储运包装系统，提高了转运包装的自动化程度和数字化程度，承重600 kg时该系统变形为0.47 mm，防护等级可达IP33，工作系统电压为24 VDC，打开、闭合运动时间为2 s。结论 实现了数字化储运包装系统的设计及仿真，解决了普通转运包装自动化程度低、使用环境单一的问题，为同类产品的设计提供了参考。

In order to solve the problems of low automation degree, single use environment and poor linkage between production management system and transport packaging, the work aims to design a digital storage and transport packaging system. According to the requirements of the use environment and conditions, the overall structure, protection mode and data linkage of the transport packaging were completely designed. The functional and use requirements of the storage and transport packaging system were met through simulation analysis. The digital storage and transport packaging system was designed, improving the automation and digitization of the transfer and packaging. When 600 kg was loaded, the deformation was 0.47 mm, the protection level reached IP33, the working system voltage was 24 VDC, and the opening and closing movement time was 2 s. The design and simulation of a digital storage and transport packaging system are achieved, which solves the problems of low automation degree and single use environment of ordinary transfer packaging, and provides a reference for the design of similar products.