An intelligent maintenance auxiliary system and method for airborne equipment

Abstract

The invention discloses an intelligent maintenance auxiliary system for airborne equipment. The intelligent maintenance auxiliary system comprises an interaction module, an image detection and recognition module, a maintenance information management module, an analysis module and an augmented reality display module, The interaction module is used for obtaining input of a user, projection of a UI and interaction logic processing; The image detection and recognition module is used for detecting characters and specific patterns on the picture and recognizing content information; The analysis module is used for carrying out logic judgment and generating guided characters or 3D images; The maintenance information management module is used for sending the search request to the cloud database server; And the augmented reality display module is used for positioning a target position in a real environment in the field of view of the user and superposing the guidance information to the positionthrough an augmented reality technology. An augmented reality technology and intelligent maintenance assistance are organically combined, maintenance personnel are helped and guided to maintain airborne equipment in a natural interaction mode, and therefore operability and learnability of maintenance operation are improved.

Description

technical field [0001] The invention relates to the field of intelligent maintenance, in particular to an auxiliary system and method for intelligent maintenance of airborne equipment. Background technique [0002] With the rapid growth of business volume in recent years, the civil aviation industry has an increasing demand for maintenance of airborne equipment. With the technological development of the aviation industry, airborne equipment is becoming more and more complex and diverse, which adds more difficulties to maintenance services. In the existing maintenance system, there are many problems: First, as the maintenance of airborne equipment involves the use of more instruments, the detection steps become longer and the workload increases, which increases the difficulty of maintenance and increases the maintenance cost. possibility of human error. The second is that the cost of learning becomes higher, and the difficulty of maintenance increases, resulting in a large ...

AI Technical Summary

Problems solved by technology

With the development of aviation technology, airborne equipment is becoming more and more complex and diverse, which adds more difficulties to maintenance services

In the existing maintenance system, there are many problems: First, as the maintenance of airborne equipment involves the use of more instruments, the detection steps become longer and the workload increases, which increases the difficulty of maintenance and increases the maintenance cost. possibility of human error

Second, the cost of learning has become higher and the difficulty of maintenance has increased, leading to a large number of maintenance tasks that can only be performed by experts with long-term training and rich experience

The third is that maintenance knowledge is mostly stored in file racks or databases established by the company in the form of paper or electronic documents. When looking up, you may even encounter problems such as too much irrelevant information and language barriers.

Images