Support for the visually impaired

Framos develops intelligent 3D glasses

In collaboration with the CDTM Institute at the Technical University of Munich, Framos has developed a wearable that uses 3D real-time technology to support the visually impaired in everyday life. Intelligent algorithms translate the visual signals into haptic and acoustic information, which is transmitted via a wristband equipped with vibration motors.

Together with the Technical University of Munich, Framos has developed a wearable that uses 3D real-time technology to support the visually impaired in everyday life. (Image: Framos)

The eye is probably the most important human sense. But visual impressions and information remain hidden for more than 108 million blind and visually impaired people worldwide. The names of stores, streets, public transport lines or traffic signs are invisible, and navigating without this information is a real challenge for those affected. The 3D glasses developed by Framos represent a new way for the visually impaired to explore their surroundings and benefit from advanced technology.

Dr. Christopher Scheubel, Framos Business Development: "The extraordinary thing about the technology is its ability to deliver visual information that is normally output by the human eye and translate it in a new way. Our technology thus creates a new way of perception." The 3D-enabled wearable achieves this by transferring visual information to a wristband in real time as haptic feedback. Based on the exact position and movement of the vibration on the arm, the visually impaired person is informed about the position and distance of things in their environment.

Advertisement
The 3D-capable wearable can transfer visual information to a wristband in real time as haptic feedback. Road signs can be read, for example. (Image: Framos)

The prototype contains an Intel Realsense 3D camera and speakers for audio feedback. The setup is controlled by a processing hub with a GPS sensor for positioning and an LTE module for mobile data connection. A microchip sends the data via Bluetooth to the wristband, which is powered by a 2D array and vibration motors. Voice control facilitates interaction and rechargeable batteries enable all-day use.

The glasses are therefore an intelligent assistant that helps blind and visually impaired people to master their lives. Intelligent algorithms enable text and object recognition and thus offer a new level of safety and knowledge. The first prototype uses modern vision technology and reflects Framos' mission to make machines see and think. as

  • Xing Icon
  • LinkedIn Icon
Advertisement
Advertisement

You might also be interested in

Advertisement
Advertisement
Advertisement
Advertisement
Advertisement
Advertisement
Advertisement
Subscribe to our newsletter
Advertisement
Back to home