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Public Viewing of Chair-Type Tactile Presentation Device at Tokyo Skytree Town®

Event Information

Date and Time October 22, 2022 - December 18, 2022
Venue

Tokyo Skytree Town® Campus, Chiba Institute of TechnologyOpen a new window

Organizer

Future Robotics Technology Center (fuRo), Chiba Institute of TechnologyOpen a new window

Capacity None
Entrance Fee Free
Registration Method

No advance application required.

Co-sponsor

Inami/Monnai Laboratory, RCAST

Notes

Demonstrations are available only on Saturdays, Sundays, and public holidays during the period.
*Time for the demo is irregular, so please ask the staff at the venue on the day of the demo.

Contact

Inami/Monnai Laboratory e-mail: arata.horie@star.rcast.u-tokyo.ac.jp

Inami/Monnai Laboratory and Chiba Institute of Technology's Future Robotics Technology Center (fuRo) have collaboratively developed "Chainy," a chair-type tactile presentation device based on a new technology. In order for the people to experience this achievement, the Chainy is open to the public at Chiba Institute of Technology Tokyo Skytree Town® campus on Saturdays, Sundays, and public holidays until December 18.

"Chainy" is collaborated achievement developed based on "TorsionCrowds", a fundamental technology developed by Arata Horie, a project assistant professor in the "JST ERATO Inami JIZAI Body Project" and his group, and its implemented lightweight mechanism was designed by Hideaki Yamato, deputy director of fuRo, and his group.
At the exhibition, visitors can enjoy a tactile, full-body experience with fireworks projected on a giant 15-meter-wide screen. Please come and visit us.

  • Experience the
  • Experience the "Fireworks Design Creator" exhibit with "Chainy", a chair-shaped tactile presentation device. You can experience the fireworks you designed with a full body tactile sensation. Photo by Ryu Furusawa
  • A group of rotating tactors (motors) placed on the backrest and seat surface
  • A group of rotating tactors (motors) placed on the backrest and seat surface rotate cooperatively and apply a wide range of deformation distribution to the skin surface to present tactile sensations. Photo by Ryu Furusawa
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