Aircraft ground maintenance virtual training device

Abstract

The invention provides an aircraft ground maintenance virtual training device comprising three displayers, an operating terminal and a server. The three displayers are respectively a dynamic schematic diagram displayer, a three-dimensional virtual cabin displayer and a three-dimensional outer scene auxiliary training displayer, and the three displayers and the operating terminal are bidirectionally connected with the server and the three displayers are connected with the operating terminal. Besides, the operating terminal is internally provided with a virtual training program used for aircraft ground maintenance virtual training. The virtual training program is externally connected with a given preset fault program so as to cultivate students to master the capacity of handling similar problems in the actual maintenance process. Furthermore, real support equipment can be directly used after learning through virtual common ground support equipment so as to enhance the working efficiency. Life loss and fuel consumption of the aircraft engine and main equipment caused by real equipment training can be greatly reduced by using the desktop type virtual training equipment so as to save large amount of maintenance training expenditure.

Description

technical field [0001] The invention relates to the technical field of aircraft ground maintenance training, in particular to a virtual training device for aircraft ground maintenance. Background technique [0002] The structure of modern aircraft is complex, and various specialties are highly intersected, which leads to the aircraft maintenance, inspection methods and maintenance methods are different from traditional models. In addition, advanced trainer aircraft are expensive and equipped with a small number; if the actual teaching method is used However, due to the limitations of venues, personnel, equipment support, and aircraft equipment safety requirements, coupled with the fact that many subjects are not allowed to be repeatedly trained on the actual aircraft, and even some subjects are not allowed to be carried out on the aircraft, resulting in low training efficiency. In addition, in the process of aircraft installation and maintenance training, various unsafe prob...

AI Technical Summary

Problems solved by technology

[0002] The structure of modern aircraft is complex, and various specialties are highly intersected, which leads to the aircraft maintenance, inspection methods and maintenance methods are different from traditional models. In addition, advanced trainer aircraft are expensive and equipped with a small number; if the actual teaching method is used Due to the limitation of the site, personnel, equipment guarantee and aircraft equipment safety requirements, coupled with the fact that many subjects are not allowed to be repeatedly trained on the actual aircraft, and even some subjects are not allowed to be carried out on the aircraft, resulting in very low training efficiency

In addition, in the process of aircraft installation and maintenance training, various unsafe problems are prone to occur, such as casualties, aircraft equipment damage, etc.

In addition, power-on inspection training on actual aircraft can easily lead to aircraft failure. It has been found through experiments that the failure rate of aircraft that undergo frequent ground power-on inspections is much higher than that of aircraft that are normally powered on

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