AHFE Open AccessIntelligent Chair Product Design Based on Embodied Emotion Theory
Abstract
This study aims to explore how embodied emotion theory can be applied to the design of smart seats to enhance users' physical comfort and emotional experience. Firstly, the article introduces the basic concepts and development history of embodied emotion theory. Then, it analyzes the current application of embodied emotion theory in product design and summarizes the relevant design principles. Subsequently, a product design scheme for a smart seat is proposed, which integrates sensor technology, data analysis, and feedback mechanisms. This scheme aims to adjust the user's emotional state by identifying their emotional status and setting the seat's posture accordingly. The effectiveness of this seat design in improving user emotion and comfort has been verified through experiments. Finally, the paper discusses the application prospects and potential value of smart seats in the field of human-computer interaction.
Keywords: Embodied Emotion, Smart Seat, Product Design
DOI: 10.54941/ahfe1004680
Cite this paper
More from this volume
- Evaluation of the Effect of the Candle Holder Pattern on Concentration and Mental Stress
- Factor of Discomfort During Jumping Extended in Virtual Space
- Design of 3D point cloud dataset of indoor spaces for feature extraction using Autoencoder with PointNet
- Generating Paintings Eliciting Specific Emotions Using Machine Learning for Application in Painting Therapy
- Estimation of Worker Stress Considering Differences in Listening Tempo
- Effects of Dual Tasking with Visual Display Terminal Work and Advertisement Presentation on Workers' Interest and Emotions
- Estimating Work Efficiency Using Biological Information During Computational Work with Cognitive Load
- Development of High-Precision Emotion Estimation Method using Speech Sound Information with Environmental Noise Reduction and Low Sampling Rate
- Feature Selection and Estimation of Route and Gait During Walking with Route and Speed Changes by Surface Electromyograph Using Transformer
- AI-Driven Music Generation and Emotion Conversion
- Analysis of the emotional design and application of educational parent-child interactive products
- Understanding Emotional Needs across Stroke Rehabilitation Phases for Affective Design