跋客 |
Barike |
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设计师：刘晋睿 |
Designed by LIUJINRUI |
Tutor: FREEZhao Yuan Yongming |
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所属课程：毕业设计、毕业论文 |
Course: Graduation Design Project |
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合作伙伴：视源科技 |
Partner: CVTE |
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针对户外摄影师等需要背负重物进行户外作业的工作人群而设计，以户外重装徒步场景为核心，背负系统与外骨骼1+1相结合。碳纤维背板给使用者极强的背负支撑与稳定性，背负套件使背架可以兼容大小不一的背包，洞口的设计可以悬挂不同的户外装备。电池前置设计是此类产品的全新尝试，在外骨骼产品外观上做到了极致的轻量化。同时外骨骼与背负系统可进行拆装搭配，适配使用者不同的应用场景。
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Designed for outdoor photographers and other workers who need to carry heavy loads for outdoor operations, it takes the outdoor heavy equipment hiking scene as the core and combines the carrying system with the exoskeleton 1+1. The carbon fiber backplate provides users with extremely strong support and stability for carrying. The carrying kit enables the backpack frame to accommodate backpacks of various sizes, and the design of the openings allows for the hanging of different outdoor equipment. The battery front design is a brand-new attempt for such products, achieving the ultimate lightweight in the appearance of exoskeleton products. At the same time, the exoskeleton and the carrying system can be disassembled and combined to adapt to different application scenarios of users.
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跋客
设计师：刘晋睿
所属课程：毕业设计、毕业论文
合作伙伴：视源科技
针对户外摄影师等需要背负重物进行户外作业的工作人群而设计，以户外重装徒步场景为核心，背负系统与外骨骼1+1相结合。碳纤维背板给使用者极强的背负支撑与稳定性，背负套件使背架可以兼容大小不一的背包，洞口的设计可以悬挂不同的户外装备。电池前置设计是此类产品的全新尝试，在外骨骼产品外观上做到了极致的轻量化。同时外骨骼与背负系统可进行拆装搭配，适配使用者不同的应用场景。
Barike
Designed by LIUJINRUI
Tutor: FREEZhao Yuan Yongming
Course: Graduation Design Project
Partner: CVTE
Designed for outdoor photographers and other workers who need to carry heavy loads for outdoor operations, it takes the outdoor heavy equipment hiking scene as the core and combines the carrying system with the exoskeleton 1+1. The carbon fiber backplate provides users with extremely strong support and stability for carrying. The carrying kit enables the backpack frame to accommodate backpacks of various sizes, and the design of the openings allows for the hanging of different outdoor equipment. The battery front design is a brand-new attempt for such products, achieving the ultimate lightweight in the appearance of exoskeleton products. At the same time, the exoskeleton and the carrying system can be disassembled and combined to adapt to different application scenarios of users.
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本次毕业设计课题是我校与企业深化校企合作的一次创新实践。在成熟稳定的技术平台基础上，设计师通过深入细致的用户洞察，精准发掘了特定专业场景下的核心用户痛点。设计方案不仅显著提升了产品的外观美学，更在产品整体结构上实现了突破性创新。所采用的模块化分布式结构设计，有效增强了外骨骼系统对多元应用场景的适应性与细节匹配能力，同时为用户提供了更宽广的个性化调节空间，显著优化了负重登山等场景下外骨骼助力与人体支撑的人机交互体验。
本次合作成效显著，学生层面： 深度融入产业实践，有效提升了工程实践能力和创新设计水平；企业层面： 获得了具有市场潜力的创新产品研发成果；学校层面： 成功将前沿科技实质性融入教学体系，有力推动了产学研用融合。此次项目成功探索并实践了产、学、研多方共赢的可持续发展合作模式。
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