Design of Client Interactive Interface for Exoskeleton Rehabilitation Robot

Abstract

With the improvement of contemporary biotechnology and the rapid development of exoskeleton robot technology, the demand for exoskeleton rehabilitation robots is constantly increasing, and a large number of movements in daily life require the participation of the limbs. Therefore, it is of profound significance to study limb exoskeleton rehabilitation robots, but there are few products on the market to help customers recover more smoothly. This paper designs an interactive client framework that can help exoskeleton rehabilitation robots to better serve customers. This study mainly for the main purpose of exoskeleton rehabilitation robot, with the support of interaction design theory, through the exoskeleton rehabilitation robot and some medical customers design research and design questionnaire user needs, the analysis of exoskeleton rehabilitation robot client interface interaction, put forward a new exoskeleton rehabilitation robot interaction interface design. By establishing an interactive prediction model for design evaluation, the feasibility and necessity of the client interaction interface of the exoskeleton rehabilitation robot are verified, and the needs of users for such products are summarized. It provides a design idea for the interface interaction design of similar robot products.