Pilot vestibular function training system

Abstract

The invention provides a pilot vestibular function training system, and belongs to the technical field of vestibular system training. The system comprises a swivel chair host and an upper computer, wherein a user can accurately control the rotating direction, the rotating duration and the rotating speed of a servo motor on the upper computer through the pilot vestibular function training system, the servo motor drives a chair to rotate by 360 degrees parallel to the horizontal ground through a rotating shaft, four persons can be contained for simultaneous training, the rotating radius and the pitching angle of the chair can be adjusted, the chair is matched with swing motion of the head of a pilot, vestibular sensation stimulation for triggering body rotating illusion and Coriolis illusion can be provided for the pilot, and the vestibular illusion endurance capacity of the pilot is improved. Meanwhile, a physiological data acquisition system can acquire brain activity data, heart rate data and eye movement data of all pilots under the same motion parameter, and the data can be used for researching the influence of vestibular sensation stimulation on human physiology.

Description

technical field [0001] The invention belongs to the technical field of vestibular system training, in particular to a pilot vestibular function training system. Background technique [0002] The person who controls the plane in the air is in a three-dimensional space movement mode, which is very different from the movement mode in the two-dimensional space such as walking and running on the ground. The complexity of flying in the air puts a load on the pilot's vestibular system. It is very large and requires strong spatial orientation ability. However, many flight accidents are caused by the pilot's wrong perception of the position and motion state of the aircraft, and the occurrence of spatial disorientation is still the main factor in the occurrence of flight accidents. Therefore, the pilot's spatial orientation ability is very important. The current measures to prevent and avoid spatial orientation obstacles are mainly by regularly applying a certain intensity of stimula...

AI Technical Summary

Problems solved by technology

The disadvantage of active equipment is that it is difficult to quantitatively control the training intensity and training volume; while the disadvantage of passive equipment is that it provides a single vestibular stimulus, such as an electric swivel chair that can only stimulate the semicircular canal, and a four-post electric swing that can only stimulate the otoliths

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