Collaborative and intelligent training method for aircraft maintenance

Abstract

The invention discloses a collaborative and intelligent training method for aircraft maintenance. According to the method, a teacher draws up a maintenance task on a teacher computer; students perform cognition, operation, dismounting and fault-removing training to each system of the aircraft under an aircraft maintenance 3D (Three Dimensional) simulation environment; simultaneously, the students test vehicle-mounted systems in a cab simulator based on a three-dimensional layout according to fault effect display; a 3D scene processing server controls isomerism scenes in the aircraft maintenance 3D simulation environment on different student computers, and simultaneously supports three training modes of independent maintenance, collaborative maintenance, and maintenance roaming; and the teacher computer receives the corresponding operation, so as to assess the fault-removing performances of the students. The training method provided by the invention can simultaneously train a plurality of students to a complete training process including cognition for each system of the aircraft, principle learning, operation, test, dismounting and fault-removing, and simultaneously support three training modes of independent maintenance, collaborative maintenance, maintenance roaming, thereby effectively reducing the training cost.

Description

technical field [0001] The invention belongs to the technical field of civil aviation, and in particular relates to a collaborative intelligent maintenance training method. Background technique [0002] With the development of China's civil aviation maintenance industry, the "Twelfth Five-Year Development Guidelines for Civil Aviation Maintenance Industry" emphasizes the need to vigorously cultivate the maintenance capabilities of maintenance personnel. The cultivation of maintenance capabilities mainly depends on comprehensive maintenance training, while aircraft maintenance training Equipment is also the carrier of comprehensive training of aircraft maintenance, so the current civil aviation field must improve the technical level of comprehensive training equipment for aircraft maintenance. [0003] Modern aircraft maintenance comprehensive training equipment adopts software and hardware simulation technology, mainly including two types, one is desktop training equipment, ...

AI Technical Summary

Problems solved by technology

Although the training of the simulator has a high degree of comprehensiveness, the disadvantage is that it is expensive, and the non-distributed structure can only accommodate a small number of personnel for training at a time.

In short, none of the above-mentioned training equipments can achieve coordinated training, and there is no set of effective training methods

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