A toy robot that uses infrared vision for game map positioning

Abstract

The invention discloses a toy robot that uses infrared vision to locate a game map, including a robot, a game map, and a mobile terminal; The control module and the visual processing module are respectively connected to the communication module, and the motor module is connected to the motion control module. A camera is arranged on the bottom of the casing facing the map, and an infrared filter is installed under the camera; the game map includes location nodes and roads, location The center of the node is equipped with an infrared light source of a specific shape; the mobile terminal is used for real-time communication with the robot, and generates a virtual scene based on the game map, providing task assignment, scoring, rewards, and sending motion control commands to the robot during the game. The robot can locate the coordinates in a specific infrared map, and is less affected by ambient light, accurate recognition, and can provide interactive gameplay.

Description

technical field [0001] The invention relates to the field of visual robots, in particular to a toy robot that uses infrared vision to locate game maps. Background technique [0002] In order to give children an intuitive educational experience, many of the existing enlightenment educational robots have the function of moving on a specific game map. However, such toy robots generally can only move along the lines on the map with black lines. The movement mode is single, and the actual position on the map cannot be located in real time. As a result, the gameplay is very limited, and there is also a lack of interaction between children and the robot. Contents of the invention [0003] The invention provides a toy robot that uses infrared vision to locate a game map, so that the robot can locate coordinates in a specific infrared map, is less affected by ambient light, can identify accurately, and can provide highly interactive playing methods. [0004] To achieve the above o...

AI Technical Summary

Problems solved by technology

However, this kind of toy robot can only patrol the map with black lines. The movement mode is single, and the actual position on the map cannot be located in real time. As a result, the gameplay is very limited, and there is also a lack of interaction between children and robots.

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