The main logical idea of this paper is to optimize the man-machine interaction of building block steering gear robot, to improve the man-machine interaction disadvantages of the existing products, and improve the now existing building block assembly structure, which can better meet the requirement of skeleton and appearance of steering gear robot product. It combines the Chinese mortise and tenon joint craft to improve the assembly method of building blocks, which makes the traditional robot enlightenment education more culturally meaningful. Designing and optimizing the man-machine relationship of building block steering gear robot can improve the disadvantages of the existing products and improve the appearance of the products. The optimized design can make the building block steering gear robot have more cultural features, easier to build and have more educational applications, and more beautiful appearance.
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Chen et al. (2020) studied this question.
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