AI-Assisted 3D Modeling and Engineering Optimization of Artistic Mechanical Parts for TWS Earbud Charging Cases
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Keywords
AI-assisted 3D modeling, engineering optimization, TWS earbud charging cases, artistic mechanical parts
Abstract
Under the fast-growing demand for consumer electronic products, traditional computer-aided design contains several issues, like a long design cycle, insufficient cross-link collaboration, and limited creative expression. To explore the application effect of AI-driven technology for the design of consumer electronic products, this study takes True Wireless Stereo (TWS) earbud charging cases as a research object, analyzes the improvement influences of generative artificial intelligence and digital twin for the design process. By integrating multimodal interaction, prototyping process, data interoperability, and other technologies to achieve full-lifestyle design. The results show that the method effectively increasing the design efficiency, engineering feasibility, and decreasing the total costs of business. This study provides a practical reference for balancing artistic expression and engineering performance in consumer electronic products field.
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