Method for remotely controlling robot and robot incarnation network

Abstract

The invention relates to a method used for remotely controlling a robot. Users remotely control large-range movement of robots serving as incarnations of the users so as to explore distant environments, wherein multiple users make appointments on a server to conduct remote control over the robot incarnations at different time frames, when the users send connection invitation signals, the server judges whether the users have made appointments for the robot incarnations or not according to stored appointment information, and the server assists intelligent devices of the users in setting up connection with the robot incarnations; connection between the intelligent devices and the robot incarnations is automatically broken after a certain period of time according to the appointment information, and therefore other users have a chance to control the robot incarnations. The invention further relates to a robot incarnation network. According to the method and the robot incarnation network, multiple users can use the robot incarnation network with multiple incarnations more efficiently, conflicts caused by multiple users can be avoided, safety hazards are reduced, traveling of a large number of people is reduced, and low carbon and environmental friendliness are facilitated.

Description

technical field [0001] The invention relates to a method for remotely controlling a robot and to a network of robot avatars. Background technique [0002] With the development and integration of power technology and information technology, Cyber ​​Physical System (Cyber ​​Physical System) has been applied more and more. Mobile robot network is a representative cyber-physical fusion system. Robotic avatar networks are formed when multiple mobile robots join a communication network as human avatars. A plurality of users remotely control the robot avatar through the smart device via the communication network to explore the environment where the robot is located at a distance. A smart device can be a smartphone, tablet or PC. The video information of the remote environment is transmitted by the robot avatar to the user's smartphone and displayed on the screen of the phone. The user can send control data through the smartphone to control the robot avatar to move in a large ran...

AI Technical Summary

Problems solved by technology

However, the disadvantage is that in the actual use of the meeting room, the person who booked the meeting room in the previous period often prolongs the time of occupying the meeting room, so that the person who booked the meeting room in the next period cannot use the meeting room, so it is difficult to avoid resource loss. conflict of use

Images