Onboard service robot with stabilizing system

Abstract

The invention provides an onboard service robot with a stabilizing system. The onboard service robot comprises a main control computer, an interactive system and an executive system. The interactive system is used for collecting demand information of a user and sending the demand information to the main control computer. The main control computer is used for receiving the demand information, recognizing a user demand through the demand information, outputting an executive instruction according to the user demand and carrying out information interaction with the user through the interactive system. The executive system comprises a trailing control module, a servo control module and a balance stabilizing module. The onboard service robot is suitable for the scene with a small space, a complex environment, large personnel density, high labor repetition rate and high service pressure on an airplane and can replace flight attendants to do part of high-repetition-rate work, solve the problemthat the flight attendants cannot provide service in a severe bumpy environment, greatly save time and reduce labor cost, and improve the service level onboard.

Description

technical field [0001] The invention relates to the field of intelligent aircraft service, in particular to an on-board service robot with a stabilization system. Background technique [0002] With the rapid development of the economy, the demand for medium and long-distance travel is growing rapidly, especially for business trips, visiting relatives and friends, and tourism. travel requirements. The space on board is small, the environment is complex, the density of personnel is high, and the labor repetition rate is high. The service pressure of air travel puts forward higher requirements for on-board services. [0003] Continuous breakthroughs and innovations in control technology, computer technology, biotechnology, etc. in the development process, as well as the continuous maturity of advanced technologies such as artificial intelligence, face recognition, voice interaction, and big data, have provided good opportunities for the multi-function and intelligence of servi...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the present invention provides an on-board service robot with a stabilization system, which solves the problem that the existing aircraft service robot can only be used as a means of transportation and cannot interact with users and occupy space on the aircraft. The problem of poor user experience, while meeting the needs of aircraft service robots with high work stability and high positioning accuracy

Images