Aircraft refueling virtual-real combination practical training method and platform based on AR and scrapped equipment

By combining augmented reality technology with decommissioned equipment, a virtual-real integrated training environment is constructed, solving the problems of high cost, high safety risks, and lack of realism in aircraft refueling operator training, and achieving a safe, low-cost, and highly immersive training effect.

CN121528076APending Publication Date: 2026-02-13中国航空油料有限责任公司
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Patent Information

Application Number
CN202511777770.1
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2025-11-28
Publication Date
2026-02-13

AI Technical Summary

Technical Problem

Existing training models for aircraft refueling personnel suffer from high costs, significant safety risks, and a lack of realism. Purely physical training is difficult to conduct frequently, while purely virtual training cannot provide a realistic operational feel.

Method used

By combining augmented reality technology with decommissioned equipment, and collecting trainee operation data through sensors, this training combines virtual and real elements with digital twin models to achieve seamless integration of virtual and real equipment, providing a safe, low-cost, and highly immersive training environment.

Benefits of technology

It achieves a low-cost, highly immersive training environment that can safely simulate high-risk operations, provide instant feedback and quantitative assessment, and improve the depth and accuracy of training, solving the problems of high cost of pure physical training and lack of realism in pure virtual training.

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Abstract

The invention provides an aircraft refueling virtual-real combined practical training method and platform based on AR and scrapped equipment, and relates to the technical field of aircraft refueling training, and the method comprises the steps that a processing module loads digital twin scene data according to a training subject; the AR display module carries out space registration and superposition on the virtual airplane model, the virtual instrument interface and real scrapped refueling equipment; collecting operation action data of the trainee in real time; inputting the operation action data into the digital twin model, updating the state information of the virtual refueling operation, and sending the state information to an AR (Augmented Reality) display module; the AR display module displays the state information in an overlapping manner; when the butt joint operation is carried out, the relative position and posture of the physical joint and the physical refueling panel are monitored in real time, the correctness of the operation is judged, and the result is displayed through the AR display module; and the processing module records, analyzes and generates a quantitative evaluation report. The method can effectively solve the problems that pure virtual training lacks sense of reality, and pure physical training is high in cost and high in risk.
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