The main sources of youth stress are career confusion and academic pressure.Studies have shown that most adults suffer from health problems due to stress.This project will take the youth group as the research object,and design a series of desktop intelligent products for the youth group who need to work and study to reduce reading anxiety and work pressure.First,analyze the context of product use,and investigate related products,users and technologies.Secondly,by reviewing a large number of relevant literature on sensory integration and sensory product design,the relevant design elements of visual expression,auditory expression and tactile expression of products are analyzed and summarized,and again,by understanding the reasons for the emergence of stress in young people,the following ways to relieve stress are summarized as "interpersonal support","breathing training","emotional monitoring","meditation training","action catharsis" and "sensory touch".And use case studies to find relevant design entry points.Finally,the literature related to multi-sensory integration design and product serialization methods is collected through the network to enrich the theme theory and professional knowledge.This project is derived from a joint venture project and has completed a feasibility study and evaluation.Based on the theory of sensory integration and the analysis of product design elements,the product is designed from the three perspectives of vision,hearing and touch,and combined with the CMF analysis in the product design elements and the product style,design elements,form modeling,operation mode,functional structure and other elements,it is applied to the actual design.According to the above research,three sketch schemes were drawn,and the analytic hierarchy method(AHP)was used to determine the dimensional weights,the scheme was evaluated,the final scheme was determined,and the material,function,structure and other aspects of the scheme were detailed to complete the design practice.Finally,the APP interface interaction design,and the experimental evaluation of the eye tracker experimental heat map and trajectory tracking map of the APP interface hue and product scheme color matching are carried out,and according to the end of the eye tracking experiment,the participants are guided to fill in the questionnaire to understand the user’s satisfaction with the appearance,function and ease of use of the product,the visual design of the product display interface and the visual design of the APP interface,and complete the final design verification. |