Robot interactive game system

Abstract

The invention discloses a robot interactive game system. According to the scheme, the characteristic that a projector can project colored pictures is utilized fully, by the projector, a robot map is projected on the ground, as long as a picture of the map is projected in the projector, a robot can use the picture projected to the ground by the projector as a map, and therefore, a map adhered to the ground, or a map printed on paper, is replaced; and meanwhile, the projector is controlled by a projector controller, a user can interact with a server through a voice input module on the robot, and the server can transmit robot movement images to the projector controller according to voice of the user. The robot interactive game system has the advantages that the map does not need to be arranged ahead of time, the robot interactive game system is simple and speedy, the robot is provided with an information acquisition device, and man-machine interaction can be realized.

Description

technical field [0001] The invention relates to a robot motion system, in particular to a robot interactive game system. Background technique [0002] In modern times, robots are increasingly entering the homes of ordinary people. General robots are all driven by wheels, or bipedal drives that imitate people's walking. In the present invention, there is no limitation on the walking mode of the robot, as long as the robot can move. Robots generally also have many sensors. Usually, robots have color sensors that can distinguish colors such as red, yellow, and blue. In addition, the robot also has a sound sensor, which can receive a certain frequency of sound and can distinguish the frequency of the sound. [0003] Existing color sensors are usually installed on the bottom of the robot, which can perceive the color on the ground. At the same time, use colored paper strips, or print and spray color graphics onto paper, plastic cloth, or the ground, and then stick the paper o...

AI Technical Summary

Problems solved by technology

[0003] Existing color sensors are usually installed on the bottom of the robot, which can perceive the color on the ground. At the same time, use colored paper strips, or print and spray color graphics onto paper, plastic cloth, or the ground, and then stick the paper on or spread it on the ground. In this way, the map used by the robot is formed. The map is composed of colored paper strips, which is troublesome to arrange and clean up. At the same time, the general robot only uses a static map, which is difficult to form an interactive game system.

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