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2024

TorqueCapsules

Fully-Encapsulated Flywheel Actuation Modules for Prototyping Movement-Based and Kinesthetic Interaction

Willa Yunqi Yang, Yifan Zou, Jingle Huang, Raouf Abujaber, Ken Nakagaki

About

Flywheels are unique, versatile actuators that store and convert kinetic energy to torque, widely utilized in aerospace, robotics, haptics, and more. However, prototyping interaction using flywheels is not trivial due to safety concerns, unintuitive operation, and implementation challenges. We present TorqueCapsules: self-contained, fully-encapsulated flywheel actuation modules that make the fly-wheel actuators easy to control, safe to interact with, and quick to reconfigure and customize. By fully encapsulating the actuators with a wireless microcontroller, a battery, and other components, the module can be readily attached, embedded, or stuck to everyday objects, worn to people’s bodies, or combined with other devices. With our custom GUI, both novices and expert users can easily control multiple modules to design and prototype movements and kinesthetic haptics unique to flywheel actuation. We demonstrate various applications, including actuated everyday objects, wear- able haptics, and expressive robots. We conducted workshops for novices and experts to employ TorqueCapsules to collect qualitative feedback and further application examples.

Exhibitions

UIST2024 Demo

CARDinality, Torque Capsule, and SHAPE-IT Demo

MSI Robotics Exhibit 2024

Robotics Block Party in MSI

Axhibition 2024: 'RE-SHAPING'

University of Chicago

AxLab Members

Willa Yang

Yifan Zou

Raouf Abujaber

Ken Nakagaki

Publication
ACM UIST 2024

TorqueCapsules: Fully-Encapsulated Flywheel Actuation Modules for Designing and Prototyping Movement-Based and Kinesthetic Interaction

Willa Yunqi Yang, Yifan Zou, Jingle Huang, Raouf Abujaber, and Ken NAkagaki

Gallery
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