Unmanned aerial vehicle three-dimensional display control comprehensive-training system

Abstract

The invention discloses an unmanned aerial vehicle three-dimensional display control comprehensive-training system and relates to the technical field of training simulation technologies. The unmanned aerial vehicle three-dimensional display control comprehensive-training system comprises a flight simulation module, a visual simulation module, a flight control interaction module, a maintenance operation training module and an autonomic learning examination module, adopts a driving type three-dimensional curved-surface displayer to establish a display platform, adopts a 3D interaction technology and a three-dimensional driving technology to achieve driving and three-dimensional display of three-dimensional images, achieves highly-simulated man-machine interaction through interaction hardware, establishes a multiple-sensory-simulation ground control environment and adopts a flight control training working mode, a maintenance operation training working mode and an autonomic learning examination working mode. By means of the system, an unmanned aerial vehicle operator can master an unmanned aerial vehicle control method, an operation process and a special situation disposal method, accurately senses the state and environment situation of the three-dimensional space of an aerial vehicle, and a maintainer can be quickly familiar with the principle, structure and functions of the aerial vehicle and master a guarantee process and a maintenance method.

Description

technical field [0001] The invention belongs to a three-dimensional display and control comprehensive training system for unmanned aerial vehicles used for flight training of flight control personnel and ground maintenance personnel, and relates to the technical field of simulation training. Background technique [0002] The training of manned flight personnel mainly relies on actual flight training, and the simulated flight time only accounts for 30% of the total training time. However, the training of UAV operators is fundamentally different, and a large amount of training work is completed by ground simulation training. Therefore, a ground simulation training system is needed to meet the training needs of UAV operators. Since most UAV operators have no actual air flight experience, they need to use the 3D stereoscopic display system to train their aerial situation awareness and accurately grasp the position and surrounding status of the UAV in the 3D space to deal with e...

AI Technical Summary

Problems solved by technology

Since most UAV operators have no actual air flight experience, they need to use the 3D stereoscopic display system to train their aerial situation awareness ability, and accurately grasp the position and surrounding status of the UAV in the 3D space to deal with emergencies in the air. The 3D stereoscopic display system is expensive and has a limited service life, which is difficult to meet the training needs

Due to the limited number of actual installations and the high price, the maintenance operation training of ground maintenance personnel can only be explained by the instructor through pictures to explain the principle structure and inspection process of various parts and equipment, or simple practical operation demonstrations on the actual installation. There are few opportunities to operate, which results in a long training period for maintenance personnel and weak practical operation ability. If virtual maintenance and 3D interactive technology can be applied to the training of maintenance personnel, it will intuitively show the performance of various parts and equipment. The disassembly method, inspection process and working principle will greatly shorten the training period and improve the maintenance operation ability of maintenance personnel

In addition, compared with traditional manned aircraft, there is a big difference in maintenance methods between UAVs. Its particularity determines that it is difficult to achieve a high degree of simulation of UAV systems using traditional simulator technology, which cannot meet the needs of training and use.

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