| With the acceleration of the population aging process and the increase in the number of elderly people,the problems of elderly care,companionship and rehabilitation have become increasingly prominent.Therefore,the development and application of entertainment robots in nursing homes has very important theoretical significance.Compared with traditional industrial robots,nursing home entertainment robots have higher design requirements in terms of entertainment,interaction,and user psychology.However,most of the existing entertainment robots lack sufficient user research during the research and development process.As a result,the interactive robots in nursing homes have low user-friendliness,entertainment and satisfaction,and poor market competitiveness.This research mainly studies the design principles and methods of the physical interface and information interface of entertainment robots in nursing homes.First,we investigate the research status,application status and research background of entertainment robots at home and abroad,and put forward their problems and deficiencies.Secondly,we use TRIZ to optimize the human factor system function configuration of the nursing home entertainment robot.For the physical interaction interface,we designed an eye movement experiment focusing on the elderly,and used eye movement data and subjective investigations to determine the shape design direction,main design parts and color preferences of the elderly,and optimized the head using genetic algorithms.modeling.I combined the conclusions obtained and applied various design methods and concepts to obtain the overall interactive interface design and principles.This research provides a design basis for the research of entertainment robots in nursing homes,and proposes principles and methods for the interactive interface design of nursing robots in entertainment homes,with a view to providing theoretical basis for subsequent interactive interface design. |
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