文章摘要
王轶鹏,金薇薇,张丁伟.无人配送车模块化功能设计研究[J].包装工程,2024,(10):420-429.
无人配送车模块化功能设计研究
Modular Functional Design of Unmanned Delivery Vehicles
投稿时间:2023-12-11  
DOI:10.19554/j.cnki.1001-3563.2024.10.048
中文关键词: 无人配送车  模块化  功能设计
英文关键词: unmanned delivery vehicle  modular  functional design
基金项目:
作者单位
王轶鹏 上海工程技术大学 艺术设计学院上海 201620 
金薇薇 上海工程技术大学 艺术设计学院上海 201620 
张丁伟 同济大学 设计创意学院上海 200092 
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中文摘要:
      目的 基于无人配送车模块化设计应用研究,探索无人配送车功能的设计优化和造型升级,提高其灵活性和可扩展性,使其适应不同的场景和需求。方法 通过模块化理论分析和无人配送车应用场景、技术结构的功能分析,将其整车系统划分为基型模块、改型模块,以及附加模块。按需更换功能模块,覆盖更广的无人配送领域,以应对配送的多场景化,并以团队无人配送车设计实践应用进行验证,证明基于功能配置下无人配送车模块化设计方法的有效性。结果 模块化设计实现了无人配送车的“一车多能”、快速的组装和拆卸、方便的维护和升级,同时减少无用的组装和调试时间,提高了工作效率,增强了对市场变化和用户需求的快速反应能力。结论 通过模块化功能设计研究和多场景设计实践,证明无人配送车模块化设计的性能和可靠性,满足用户需求和产品结构的多样化,以适应日益复杂的使用环境。
英文摘要:
      The work aims to explore the functional design optimization and shape upgrade of unmanned delivery vehicles based on the application research of modular design for unmanned delivery vehicles, to improve their flexibility and scalability and adapt them to different scenarios and needs. Through modular theoretical analysis and functional analysis of unmanned delivery vehicle application scenarios and technical structures, the entire vehicle system was divided into basic modules, modified modules, and additional modules. The functional modules were replaced as needed to cover a wider range of unmanned delivery fields, in order to address the multi-scenario nature of delivery. The effectiveness of the modular design method for unmanned delivery vehicles was validated based on functional configuration through the practical application of team unmanned delivery vehicle design. The modular design achieved the "one vehicle with multiple functions" of unmanned delivery vehicles, allowing for quick assembly and disassembly, facilitating maintenance and upgrading, while reducing unnecessary assembly and debugging time, improving work efficiency, and enhancing the ability to quickly respond to market changes and user needs. Through modular functional design research and multi-scenario design practice, the performance and reliability of modular design for unmanned delivery vehicles have been demonstrated, meeting user needs and diversifying product structures to adapt to increasingly complex usage environments.
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