Small fixed flight training device system

Abstract

The invention discloses a small fixed flight training device system which comprises a first simulation host, a second simulation host in communication with the first simulation host and a visual image displayer, wherein flight simulation software is arranged in the first simulation host and used for acquiring the input data of a flight controlling device for flight simulation, generating visual images of flight, and calculating corresponding flight parameters, a flight parameter acquisition program is further arranged in the first simulation host and used for acquiring the flight parameters to drive devices such as a simulation instrument, a teacher management client program is arranged in the second simulation host and used for acquiring the flight parameters from the server side of a visual image program directly, displaying flight states and enabling a teacher to evaluate the flight condition, a G1000 liquid crystal comprehensive instrument simulation program is further arranged in the second simulation host and used for displaying main flight parameters and navigation data, and the visual image displayer is connected with the first simulation host and used for displaying the visual images. The small fixed flight training device system is designed in a modular mode and simple in structure, and can be widely applied to various flight training devices similar to airplanes by changing the overall arrangement of a driving panel.

Description

technical field [0001] The invention relates to the field of simulation training, in particular to a small fixed flight training device system. Background technique [0002] The flight trainer is a training device for pilot training developed using virtual reality technology and simulation technology. Traditional low-end flight training devices often use a virtual cockpit system, and its flight instruments, control levers, switches and other equipment all use display screens with touch functions. It is difficult for this kind of training device to be consistent with the real aircraft cockpit in size, and the pilot's visual experience is poor; the control surface of the flight simulation also lacks the same feel as the real aircraft, and lacks the basic tactile operating experience. In addition, the multiple display screens used by the trainer based on the virtual cockpit system need to be driven by an additional computer, which increases the system cost. However, a large n...

AI Technical Summary

Problems solved by technology

It is difficult for this kind of training device to be consistent with the real aircraft cockpit in size, and the pilot's visual experience is poor; the control surface of the flight simulation also lacks the same feel as the real aircraft, and lacks the basic tactile operating experience

In addition, the multiple display screens used by the trainer based on the virtual cockpit system need to be driven by an additional computer, which increases the system cost

However, a large number of high-end flight training devices are modified with real equipment. The connections of instruments and control devices are extremely complicated, and the interface lines are difficult to unify, which not only increases the difficulty of maintenance, but also increases the cost.

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