Research On Obstacle-free Design And Smart Rehabitlitation Product For Disabled People

According to the latest authoritative survey data, the total number of disabled people in China is about 82,960,000, accounting for the population of 6.34%. The disability includes sight disability, hearing disability, physical disability, intellectual disability, synthetical disability and so on. Compared with the normal people, the development of product and device for disabled people is slower, and the investment is less. Generally, the income of disabled family is lower, and there are many barriers for their home life. In recent years, many intelligent technologies have been applied in home life. Informationization and intelligentization of home appliances have brought much more convenience to our life. And the focus of this article is how the intelligent technology be applied in home appliance product for disabled people, and meet the disabled physical condition and daily habits, and improve the quality of their life, and at last achieve better quality of obstacle-free life for the disabled people.The research can be divided into three parts:1. Research and analysis the interaction theory of natural motion sensing. a) Research on culture and behavior sensing. b) Discussing methodology and application of behavior sensing. c) Research on theory of sensibility stimulation. d) Research on ECG & Heart Rate Varibility e) Research on theory of circumstance relevance.2. Designing methods and modules of products for disabilities by distinguishing normal people and disabilities. a)Research on obstacle-free interaction and health experience of disabilities. b)Research on obstacle-free interaction and development experience of disabilities. c)Natural body sensing interaction techniques and methods based on previous experience researches.3. Prototyping a functional leg rehabilitation system and testing withexperiments. a)Design and develop a prototype system. Enrich the rehabilitation theory of local disabilities. b) Investigate satisfaction and test through experiments. c) Improve circumstance related interaction design theory and methods. Explore new research direction on body sensing interaction.According to experiment results, the prototype system functions well. It could serve the society well.In the final part, we conclude the research and foresee the future.