Voice navigation robot

Abstract

The invention relates to a voice navigation robot. The voice navigation robot comprises a robot body, a central processing module and a camera device. The central processing module is connected with asensor system, voice modules, a GPRS communication module and the camera device in a controlled mode, the central processing module is located at the head of the robot body, the camera device is located at the front end of the robot body, the sensor system is correspondingly provided with ultrasonic ranging sensors located at the front, rear, left, right and lower ends of the robot body, the voice modules are located at the left and right ends of the robot body, and a power supply module provides power. A mobile communication APP application program is connected with the GPRS communication module to update a real-time navigation map, and the central processing module is adopted to receive information. The voice modules receive voice information which a person needs to navigate and plays instruction voice prompts, and emergency processing information and the navigation direction in pedestrian navigation are convenient and timely. The camera device monitors and captures photos of the current situation, the function of a guide-dog for blind is achieved, and the difficulties of the person in navigation are overcome.

Description

technical field [0001] The invention relates to the technical field of intelligent navigation, and more specifically refers to a voice navigation robot. Background technique [0002] Most of the existing voice navigation systems are used in cars and mobile phones, but in real life, voice navigation and surrounding environment-related distance and obstacle information can be processed in a timely manner and voice prompts are not available. Especially blind people and people who are unfamiliar with the environment need to get voice Navigation and obstacle handling information, guide dogs can help the blind to identify obstacles in the surrounding environment and move smoothly. There are very few robots with this kind of assistance function, and there is no timely reminder for people to monitor some obstacles on the road and road conditions during the navigation process. At that time, traffic accidents are prone to occur, and it is difficult to monitor and capture the scene of ...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing voice navigation systems are used in cars and mobile phones, but in real life, voice navigation and surrounding environment-related distance and obstacle information can be processed in a timely manner and voice prompts are not available. Especially blind people and people who are unfamiliar with the environment need to get voice Navigation and obstacle handling information, guide dogs can help the blind to identify obstacles in the surrounding environment and move smoothly. There are very few robots with this kind of assistance function, and there is no timely reminder for people to monitor some obstacles on the road and road conditions during the navigation process. At that time, traffic accidents are prone to occur, and it is difficult to monitor and capture the scene of the accident at that time

[0003] And because people sometimes need to carry out voice chat or intelligent and humanized communication during the navigation process, it is difficult to get the same voice communication as a robot

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