A simplified jet engine prototype was built by 3D printing and assembling parts of a jet engine model based on a reference design (as a replica of a real engine).
This physical 3D prototype was used as a model target in the augmented reality (AR) application. When image features of the prototype were detected (with guide views), the application automatically triggered the AR module and displayed relevant information to the user in the head-mounted display.
AR Application Development with Epson Moverio SDK
The model target was trained using Vuforia Model Target Generator and guide views were generated to be detected by the AR glasses so tracking can begin.
AR application was developed using Unity3D development environment & Vuforia AR SDK. Annotations, static and dynamic symbols were augmented on the EPSON Moverio BT-350 AR enabled smart glasses.
AR-Based Smart Human-Machine Interface Demo (v1.0)
AR Demo.mp4Audio and video support included to guide the user with unfamiliar assembly/disassembly tasks.
Provided in-app guidance for the user with animations to better understand the assembly sequence and workflow.
