Augmented reality system could speed up product design process

A novel augmented reality tool that merges the real and virtual worlds to contribute to reduced development times during the product design process has been unveiled by Canon.

The Mixed Reality (MR) System makes possible the viewing of full scale 3D computer generated images that instantly react to changes in a user's direction or movements, supporting the design process by allowing users to evaluate a product's design and operability. During the design phase, Canon says the system can help reduce the number of prototypes required and, in addition to shortening the amount of time spent on development, can contribute to minimising costs and environmental impact. Pricing is yet to be confirmed, but is expected to vary depending on system configurations in accordance with usage requirements. The system works via a head mounted display containing two video cameras, one each located in the front of the left and right eyes. These capture video from the real world before it is sent to a computer. Through image processing, positioning and directional sensor data, the computer generated visuals are combined with that of the real world environment and displayed on the small monitors located inside the headset. An optical system enlarges the video displayed on the small monitors to create high impact 3D images. Even though the images are delivered through a video feed, by matching the video cameras' optical axes with those of the light entering the eyes from the small displays, Canon claims the system delivers a realistic experience, creating the impression that visuals are being seen with the naked eye. As well as aiding the product design process, the company believes the system could also be used to ascertain the optimal layout of production equipment at a manufacturing site before installation, making possible the review of work efficiency and safety by allowing users to walk through the plant and see potential equipment layouts first hand. Other areas of expansion include surgical procedure simulations.