Flight simulator

Abstract

The invention provides a flight simulator. The flight simulator comprises a hypobaric chamber, a data acquisition system and a data analysis system. The low-pressure cabin is used for providing a low-pressure, low-oxygen and / or pressure-relief flight simulation environment. And the data acquisition system is used for acquiring training data of the flight simulator and / or trainees in the low-pressure, low-oxygen and / or pressure-released flight simulation environment. And the data analysis system determines a flight simulation training result according to the training data. By adopting the configuration, the flight simulator can collect training data of trainees in extreme environments such as low pressure, low oxygen, instant pressure release and the like, and incorporate the training data into the assessment and evaluation range of flight simulation training, thereby improving the accuracy and comprehensiveness of the evaluation result of the flight simulation training.

Description

technical field [0001] The invention relates to the technical field of flight simulation, in particular to a flight simulator. Background technique [0002] Flight simulator is a professional equipment used for pilot training, engineering development, technical research and verification. Among them, the fifth-level flight simulator is the highest level of flight simulation training equipment stipulated by the International Civil Aviation Organization. [0003] However, the existing flight simulators at all levels can generally only carry out flight simulation training in the standard atmospheric pressure environment, but cannot carry out flight simulation in the low-pressure, hypoxic, and pressure-releasing instantaneous environment. This kind of flight simulator, which can only evaluate the results of flight simulation training in a standard atmospheric pressure environment, cannot incorporate the performance of trainees in extreme environments such as low pressure, hypoxia...

AI Technical Summary

Problems solved by technology

[0003]However, the existing flight simulators at all levels generally can only carry out flight simulation training in the standard atmospheric pressure environment, but cannot carry out the low pressure, low oxygen, and momentary environment of decompression flight simulation

This kind of flight simulator, which can only evaluate the results of flight simulation training in standard atmospheric pressure environment, cannot include the performance of trainees in extreme environments such as low pressure, low oxygen, and instant decompression into the scope of assessment and evaluation of flight simulation training. Defects that the evaluation results are not accurate enough and not comprehensive enough

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