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ShiverPaD: A Glass Haptic Surface That Produces Shear Force on a Bare Finger

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3 Author(s)
Chubb, E.C. ; Northwestern Univ., Orchard Lake, MI, USA ; Colgate, J.E. ; Peshkin, M.A.

We discuss the design and performance of a new haptic surface capable of controlling shear force on a bare finger. At the heart of the ShiverPaD is the TPaD variable friction device. It modulates the friction of a glass surface by using 39 kHz out-of-plane vibrations to reduce friction. To generate shear forces, the TPaD is oscillated in-plane (i.e., “shivered”) while alternating between low and high friction within each cycle. In previous research, the ShiverPaD produced shear forces using in-plane vibrations below 100 Hz. In this research, we develop a new ShiverPaD that produces force using 854 Hz vibrations, where human sensitivity to vibration is diminished. The new device is used to display a virtual toggle switch and a variety of virtual edges. A human subject study is conducted to demonstrate that users can easily trace virtual edges displayed on the surface of the ShiverPaD.

Published in:

Haptics, IEEE Transactions on  (Volume:3 ,  Issue: 3 )

Date of Publication:

July-Sept. 2010

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