A real-time simulation system for aviation pilot instruments

Abstract

The invention relates to a real-time analogue simulation system of an aviation piloting instrument. A posture instrument, a turning sideslip instrument and a heading indicator are driven by a flight instrument simulation driving control system to indicate the pitch angle, the inclination angle, the turning direction, the turning speed, the sideslip direction, the sideslip degree, the flight direction and the flight direction change angle of flight of an aircraft respectively. An airspeed indicator, a an altimeter and a vertical speed indicator are driven by a full-static-pressure simulation driving control system to indicate the flight speed, the flight height and the rising or falling vertical speed of the aircraft respectively. An engine tachometer, a fuel gauge, a lubricating oil temperature indicator, a lubricating oil pressure indicator and a fuel pressure indicator are driven by an engine indicating instrument simulation driving control system to indicate the engine speed, the engine oil amount, the engine lubricating oil temperature, the engine lubricating oil pressure and the engine fuel pressure respectively. The system can simulate the work parameters of the aviation piloting instrument in an analogue mode in real time and meanwhile is stable and reliable in performance, easy to operate, convenient to use and maintain and capable of meeting practical training requirements in aviation teaching.

Description

technical field [0001] The invention relates to the technical field of aeronautical driving simulators, in particular to a real-time simulation and simulation system for aeronautical driving instruments. Background technique [0002] During the driving process, the pilot needs to know the flight attitude of the aircraft, the working status of the engine and the working status of other subsystems in real time. These information are provided by the aviation instruments and their corresponding sensors and other systems. The aviation pilot simulator is designed to meet the requirements of aviation teaching and training. It has the basic functions required for aircraft piloting, and can improve the level of teaching and training on the ground in an economical, safe and practical way. The driving instrument simulation system is one of the subsystems. [0003] The driving instrument simulation system is used to simulate the working status of flight instruments and engine indicatin...

AI Technical Summary

Problems solved by technology

The driving instrument simulation system is composed of physical instruments and analog drive control systems. The design process is complex and the development cost is high. The complexity and stability of drive and control are one of the main problems in its design.

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