Iowa State Industrial Design
December 2023 | 5 weeks

HAPTIC SIGHT

HAPTIC SIGHT

Navigation technology for the blind has not advanced in years

Service Dogs

  • High maintenance costs and effort

  • Restricted access in some public places.

  • Emotional dependency issues.

Mobility Canes

  • Require constant contact

  • Maximum depth determined by length of stick

  • Limited interpretation of the physical world

Electronic Mobility Aids

  • Underdeveloped technology

  • Same utility as the cane

  • Limited interpretation of the physical world

Mission Statement

Empowering the blind to navigate and experience the world with independence through the fusion of LiDAR technology and haptic feedback vests

Design Criteria

User research indicates that devices must seamlessly integrate into users’ lives, appearing indistinguishable from everyday wearables. Users are reluctant to adopt bulky headgear that resembles a portable science experiment.

My plan is to design my product to appear as a regular pair of sunglasses that can be worn with any outfit by both men and women

Initial Ideation

Developing the interface for holding the Lidar module relative to the users head. I began designing around common unisex glasses because they're common and look like nothing more than regular glasses.

Further Development

Began development of more glasses designs, exploring the options for charging, battery containment, and weight distribution.

Vest Designs

Exploring designs for the haptic interface that is used to signal the locations of objects to the user.

Final Concept

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Glasses

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Vest

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Glasses

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Process and Transmit

Located inside the temples of the glasses is technology allowing the LIDAR and camera data to be transferred to the haptic feedback vest.

Vest

Made from a flexible PCB inside of cloth, the Haptic SIght vest contains 64 haptic feedback modules. Each module is individually controlled relative to the incoming data from the glasses. This allows the vest to convey a proximity map with haptic feedback.

Data Transmision

All data of the outside world is collected using the camera and LIDAR sensors located within the glasses. This is then sent to the vest for processing and haptic feedback output.

Let's see how this works.