Integrated Mechanical and Electronic Design and Comfort Optimization in Smart Furniture

Abstract

Smart furniture, as an important component of modern home environments, integrates advanced mechanical design and electronic control technologies, enhancing the quality of life for users through automatic sensing and adjustment. With the development of technology, the functionality of smart furniture has continuously expanded, and comfort has become a central focus in its design. This paper explores the integrated mechanical and electronic design in smart furniture, examining its structural design, electronic system integration, and the application of human-machine interaction technology in comfort optimization. The study indicates that the high integration of mechanical and electronic systems not only improves the functionality of the furniture but also optimizes the user experience through technologies such as smart adjustments and personalized control. By using comfort evaluation standards and optimization models, combined with innovative applications of material selection and environmental sensing technologies, smart furniture can adaptively adjust according to different user needs and environmental conditions, thereby achieving optimal comfort. This paper provides a theoretical basis for the design and optimization of smart furniture and points out the direction for future development.