Sungryul YunSuntak ParkBongje ParkSeung Koo ParkSaekwang NamKi‐Uk KyungHarsha PrahladPhilip von Guggenberg
This paper describes a flexible visuo-haptic display module. We have developed a flexible electro-active polymer (EAP) actuator and a thin flexible visual display with $3{\times}3$ array configuration via polymer technology. The flexible actuator consists of nine EAP cells vertically moving in response to change in their thickness. The flexible display uses polymer based optical waveguide allowing light to scatter only at specific area. The display film is transparent and identically designed to the array pattern to fit for the arrangement of actuator cells. A pressure sensor is installed under the integrated module. The performance of the actuator is proved to be sufficient for satisfying perceivable range of human touch sense. The integrated system can provide interactive haptic feedback such as key pressing, contact vibration sensations, and etc. in accordance with user input.
Sungryul YunSuntak ParkBongjae ParkSung-Koo ParkHarsha PrahladPhilip von GuggenbergKi‐Uk Kyung
Sungryul YunSuntak ParkBongjae ParkSeung Koo ParkHarsha PrahladPhilip von GuggenbergKi‐Uk Kyung
Masahiko İnamiNaoki KawakamiDairoku SekiguchiY. YanagidaTakao MaedaSusumu Tachi
Ki‐Uk KyungJonguk LeeSuntak ParkHarsha PrahladPhilip von Guggenberg
Yamato MiyatakeTakefumi HirakiTomosuke MaedaDaisuke IwaiKosuke Sato