System for intelligently correcting flight actions of student pilot

Abstract

The invention relates to the technical field of training device, and discloses a system for intelligently correcting the flight actions of a student pilot. The system comprises a control console, wherein a display screen is fixedly mounted on the top of the control console; a height adjusting device is fixedly mounted on the top of the control console; an operating device is fixedly mounted on thetop of the control console; and an indicating device positioned on one side of the operating device is fixedly mounted on the top of the control console. According to the system for intelligently correcting the flight actions of the student pilot, through the mutual matching of the control console with the display screen, the height adjusting device, the operating device and the indicating device, whether a baffle plate is lifted to a specified height or not can be detected by utilizing a correlation sensor, an airplane can be smoothly landed, and the rotating angle of an operating rudder canbe marked by utilizing the indicating device and a scale mark on the top of the operating rudder, so that the student pilot can quickly master the operating skill of the operating rudder, the training time of the student pilot is shortened, and the student pilot masters the flight technology more accurately.

Description

technical field [0001] The invention relates to the technical field of training devices, in particular to a system for intelligently correcting flight movements of students. Background technique [0002] A flight training simulator is a kind of equipment for training pilots. It is generally composed of a cockpit, interface equipment, various instruments, a visual system and a training computer. The computer is the control center of the flight training simulator. Various operations can be performed in the cabin: open the switch, push and pull the throttle, operate the flight stick and rudder, and get various data, such as flight speed, stroke, position, altitude, wind direction, wind speed, etc. [0003] However, when the trainees are training, they don’t know the steering range of the joystick at the beginning, and they often turn larger or smaller when changing the direction. Only through long-term continuous training and accumulated experience can they accurately control t...

AI Technical Summary

Problems solved by technology

[0003] However, when the trainees are training, they don’t know the steering range of the joystick at the beginning, and they often turn larger or smaller when changing the direction. Only through long-term continuous training and accumulated experience can they accurately control the turning angle. , so that the pilot's training time is greatly extended, and the flight stick needs to be lifted when landing, but the distance of the lift cannot be grasped without experience, and it also requires a lot of practice and exploration to be able to master it

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