Retractable/expandable adaptive in-group flight simulation system universal platform base cabinet

Abstract

The invention discloses a retractable / expandable adaptive in-group flight simulation system universal platform base cabinet. According to the base cabinet, a base can be pushed and pulled back and forth in a storage cabinet, a front panel frame beam used for supporting a front panel module of a flight simulation system is mounted on a front end of the base, left and right sides of the base are correspondingly equipped with a left cabinet and a right cabinet which can move back and forth and are used for supporting side panel modules of the flight simulation system, a deck platform capable of moving back and forth is mounted at the middle of the base, and an adjustable seat, a control column unit and a pedal unit capable of moving back and forth are mounted on the deck platform. The base cabinet is advantaged in that the same architecture can be used to simulate cockpits of multiple models, purchase cost of simulation equipment is greatly reduced, the occupied land is small to save thespace, modular integrated design is employed, the base cabinet is applicable to various types of micro platforms, maintenance is simple and convenient, through the modular design units, integral rapiddismounting and mounting type replacement of standby modules can be realized, and complicated maintenance and repair works are not needed.

Description

Technical field [0001] The present invention relates to the technical field of flight simulation applications, in particular to a retractable / unfoldable self-adaptive follow-up flight simulation system general platform base cabinet, which is used for flight simulator pilot training, scientific aviation education, and specific implementation methods , Pilot technical and tactical exercises, experimental exploration of new tactics and tactics and other flight simulation system platforms. Background technique [0002] The general platform base cabinet of the flight simulation system is the basic part of the flight simulation system. This part mainly simulates the internal space layout of the aircraft cockpit and the position relationship of each main part. Since the design of the aircraft cockpit is based on the principles of ergonomics, Due to the limitation of human body size parameters, the layout of the cockpits of various aircraft models are basically similar, and the size diff...

AI Technical Summary

Problems solved by technology

[0004] 1. The cabin layout of traditional simulators is mostly designed with reference to real aircraft, which brings about a problem. Real aircraft pilots board the airstairs to the side of the cockpit and then step into the cockpit

It is inconvenient and unnecessary for the simulator to board and leave the aircraft in the same way;

[0005] 2. Traditional simulators cannot be compatible with multiple models, and can be switched freely between models. At present, one model corresponds to one model, and the simulator of a certain type of aircraft can only simulate that type of aircraft;

[0006] 3. Traditional analog devices are large in size, relatively fixed in installation, inconvenient to move, and complicated external auxiliary equipment takes up a huge space;

[0007] 4. The traditional simulator is not suitable for popular use, and the use environment has high requirements. Generally, it is only suitable for installation and use in the simulator room, and it is not suitable for installation and use in general meeting rooms, dormitories or office spaces.

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