Simulated training system for helicopter and control method for simulated training system

Abstract

The invention discloses a simulated training system for a helicopter and a control method for the simulated training system. The system comprises a networking console and helicopter simulated trainingequipment in wireless or wired connection with the networking console. The helicopter simulated training equipment comprises a chassis which is provided with three groups of wheel assemblies or caterpillar band assemblies or more which can be driven to operate independently and can achieve the independent steering, can move in any direction, and is provided with a horizontal platform which can rotate horizontally; a moving platform which is used for achieving the six-freedom-degree movement, wherein the pedestal of the moving platform is installed on the horizontal platform of the chassis; ahelicopter, the bottom of which is fixed at the top of the moving platform; and controllers which comprise a main controller, a chassis controller, a moving platform controller and the helicopter controller, and are in mutual communication connection. The system can achieve the simulated driving training of a real helicopter and the entertainment driving activity of the real helicopter, and enables the visual and acoustic and somatosensory driving experience to be similar to the driving experience of the real helicopter.

Description

technical field [0001] The invention belongs to the technical field of aircraft training, and in particular relates to a helicopter simulation training system and a control method thereof. Background technique [0002] Helicopter flight training generally consists of three stages: ground simulator training, ground real machine training and aerial real machine training. The ground simulator can reproduce the control interface of the real machine, and can simulate a variety of driving conditions, but there are obvious differences between the driving experience of the real machine and the somatosensory and visual aspects. The real machine training on the ground is the transition link between the simulator training and the real machine training in the air. Existing real machine training equipment on the ground is that the movement of the body of the helicopter is limited to a certain height on the ground by a mechanical device that does not leave the ground, and the movement of...

AI Technical Summary

Problems solved by technology

The disadvantage of this equipment is: the movement and reachable state of the helicopter can only be determined by the power of the body, so it is only suitable for the simulation of very limited low-speed and low-response conventional working conditions; due to the limitation of the support structure, the body roll range Restricted, only a small range of motion can be performed; since both the bracket and the chassis are driven parts, it hinders the movement of the body and reduces the response performance of the body

The above deficiencies make this device only suitable for limited primary ground real training before the real training in the air

Images