HydroRing: Supporting Mixed Reality Haptics Using Liquid Flow

Title: HydroRing: Supporting Mixed Reality Haptics Using Liquid Flow

Teams: Autodesk Research，University of Manitoba

Writers: Teng Han，Fraser Anderson, Pourang Irani, Tovi Grossman

Publication date: October 2018

Abstract

Current haptic devices are often bulky and rigid, making them unsuitable for ubiquitous interaction and scenarios where the user must also interact with the real world or tangible props. To address this gap, we propose HydroRing, an unobtrusive, finger-worn device that can provide the tactile sensations of pressure, vibration, and temperature on the fingertip, enabling mixed-reality haptic interactions. Different from previous explorations, HydroRing in active mode delivers sensations by liquid travelling through a thin, flexible latex tube worn across the fingerpad, and has minimal impact on a user’s dexterity and their perception of stimuli in passive mode. Two studies evaluated participants’ ability to perceive and recognize sensations generated by the device, as well as their ability to perceive physical stimuli while wearing the device. We explore several applications leveraging this mixed-reality haptics approach.