AIGC驱动的功能创新设计过程与实践OA

This paper proposes an AIGC-driven functional innovation design process.First,a systematic functional analysis of existing products is conducted to clarify the core functions of system components and their interrelationships.Then,user insight tools are employed to identify deficiencies in the current product functions.Subsequently,TRIZ theory and tools are applied,integrated with AIGC technology,for analysis and improvement.Finally,this model is applied to the innovative design of a neutral electrode,successfully proposing and validating a solution to address the issue of thermal damage.The improvements and innovations achieved for the neutral electrode demonstrate the effectiveness of the proposed AIGC-driven functional innovation design process.