Interactive system and method based on robot

Abstract

The invention discloses an interactive system and method based on a robot. The interactive system comprises an information acquisition module arranged on a robot body, a data processing module, an interactive execution module, a terminal device and a wireless transmission module, wherein the information acquisition module is used for acquiring and transmitting speech and/or video information of an external object; the data processing module is used for receiving and analyzing the speech and/or video information, and transmitting the speech and/or video information and instruction information matched with the speech and/or video information; the interactive execution module is used for receiving the instruction information, and invoking and executing an operation instruction which is stored in advance and matched with the instruction information according to the instruction information; the terminal device is used for receiving and analyzing the speech and/or video information, and transmitting the interactive information of the speech and/or video information; the wireless transmission module is used for receiving and delivering the speech and/or video information and the interactive information transmitted by the terminal device. The interactive system disclosed by the invention has the benefits that business trips, time and labor cost, which are needed in the attendance of exhibitions, are greatly reduced, the number of people in meeting places is decreased, the working efficiency is improved, and a great amount of cost is reduced for users.

Description

technical field [0001] The invention relates to a robot-based interactive system and method. Background technique [0002] A service robot is a robot system used to assist, follow or replace tasks for users, and is widely used in commercial, household, medical and other fields. The telepresence robot is a robot system that replaces the user to interact with other people or the environment at the remote end based on a high-speed network environment. The system is based on the teleoperation mode, and the user can remotely control the action of the robot system. Through language and video information interaction, the robot can display the operator's image and sound information to integrate into the remote environment. In this operation mode, the robot is equivalent to the operator's substitute. In this mode, the operator can quickly and easily integrate into the other party's environment through the network and interact with other people in the environment with a strong sens...

AI Technical Summary

Problems solved by technology

[0003] However, traditional telepresence robots are mostly used in business conferences, multinational company management, and telemedicine. Most of the operation modes are human-to-human communication only through voice and video modes. The use environment and methods are relatively single and there is no communication with the outside world. channel or method of communication

Images