外骨骼穿戴系统设计

外骨骼穿戴系统设计	Design of Exoskeleton Wearing System for Extreme Cold
面向极寒作业的外骨骼集成穿戴系统设计研究	Research on the Design of Exoskeleton Integrated Wearable System for Extremely Cold Operations
设计师：吴易軒	Designed by circle
指导教师：赵斌潘定龙张诗晨	Tutor: FREEZhao Pan Eva
所属课程：毕业设计、毕业论文	Course: Graduation Design Project
合作伙伴：锦鹏机器人	Partner: Jimpoer
极寒环境下的特种作业对人员的体能和防护提出双重挑战。传统外骨骼与服装分离的设计模式，难以满足极端环境下的集成化、轻量化、舒适化需求。本课题从产品设计视角出发，提出“外骨骼动力服”这一融合概念，开展面向极寒作业的集成穿戴系统设计研究。通过分析极寒作业场景的用户需求与环境约束，研究服装与外骨骼的结构融合方式。为极端环境可穿戴装备的“衣机融合”提供创新方案。	Special operations in extremely cold environments pose dual challenges to personnel’s physical fitness and protection. The traditional design pattern of separating exoskeletons from clothing is difficult to meet the demands of integration, lightweight and comfort in extreme environments. From the perspective of product design, this project proposes the integrated concept of “exoskeleton power suit” and conducts research on the design of an integrated wearable system for extremely cold operations. By analyzing the user demands and environmental constraints in extremely cold working scenarios, the structural integration methods of clothing and exoskeletons are studied. Provide innovative solutions for the “integration of clothing and equipment” of wearable devices in extreme environments.

面向极寒作业的外骨骼集成穿戴系统设计研究

设计师：吴易軒

指导教师：赵斌潘定龙张诗晨

所属课程：毕业设计、毕业论文

合作伙伴：锦鹏机器人

极寒环境下的特种作业对人员的体能和防护提出双重挑战。传统外骨骼与服装分离的设计模式，难以满足极端环境下的集成化、轻量化、舒适化需求。本课题从产品设计视角出发，提出“外骨骼动力服”这一融合概念，开展面向极寒作业的集成穿戴系统设计研究。通过分析极寒作业场景的用户需求与环境约束，研究服装与外骨骼的结构融合方式。为极端环境可穿戴装备的“衣机融合”提供创新方案。

Design of Exoskeleton Wearing System for Extreme Cold

Research on the Design of Exoskeleton Integrated Wearable System for Extremely Cold Operations

Tutor: FREEZhao Pan Eva

Course: Graduation Design Project

Partner: Jimpoer

Special operations in extremely cold environments pose dual challenges to personnel’s physical fitness and protection. The traditional design pattern of separating exoskeletons from clothing is difficult to meet the demands of integration, lightweight and comfort in extreme environments. From the perspective of product design, this project proposes the integrated concept of “exoskeleton power suit” and conducts research on the design of an integrated wearable system for extremely cold operations. By analyzing the user demands and environmental constraints in extremely cold working scenarios, the structural integration methods of clothing and exoskeletons are studied. Provide innovative solutions for the “integration of clothing and equipment” of wearable devices in extreme environments.