Pilot illusion training system and method

Abstract

The invention discloses a pilot illusion training system and method. The system includes: a three-dimensional roller device, wherein the three-dimensional roller device comprises a large roller, a middle roller, a small roller, a roller bracket, a power device, a seat and a seat supporting assembly; left and right ends outside the large roller are fixed on the roller bracket through wheel shafts and a shaft sleeves; upper and lower ends outside the middle roller are fixed at upper and lower ends inside the large roller through wheel shafts and shaft sleeves; the left and right ends of the outer side of the small roller are fixed to the left and right ends of the inner side of the middle roller through wheel shafts and shaft sleeves, and the seat is fixed to the inner side of the small roller through a seat supporting assembly; a power device which provides power for the rotation of each roller; a monitoring assembly which comprises a camera and a heart rate collector, wherein the camera is used for collecting facial images of the trainee; and a controller which is used for controlling whether the three-dimensional roller device stops running or not according to the image information collected by the camera and the heart rate collected by the heart rate collector. According to the invention, the vestibular function of a pilot can be trained, and the physical condition of the pilot can be monitored in real time.

Description

technical field [0001] The invention relates to a pilot illusion training system and method. Background technique [0002] Pilots often have flying illusions during flight, and astronauts often suffer from space motion sickness during spaceflight, which greatly threatens the health and safety of pilots and astronauts. Roller training is one of the effective measures to improve the stability of vestibular function and prevent flight illusion and spatial motion sickness. At present, the fixed rollers used by flight personnel can only rotate on one axis, and the training effect is not comprehensive. Although the new three-dimensional roller can rotate in three axes, the rotational speed of the three axes cannot be precisely controlled or can only control the rotational speed of one axis, which affects the training effect. If a three-dimensional roller that can precisely control the three-axis rotation speed is designed, the training effect will be further improved, and the sp...

AI Technical Summary

Problems solved by technology

At present, the fixed rollers used by flight personnel can only rotate in one axis, and the training effect is not comprehensive

Although the new three-dimensional roller can rotate in three axes, the rotation speed of the three axes cannot be precisely controlled or can only control the rotation speed of one axis, which affects the training effect

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