Associate Professor Toshiaki Tsuji's Laboratory at Saitama University has developed R-cloud, a rehabilitation support robot that enables users to view how their own muscles move during rehabilitation and training.
Microtech Laboratory exhibited the ultra-small rotary encoder MES-6-125PST16C, a device that detects at high accuracy the rotational angle and speed of mechanical devices and motors, at International Robot Exhibition 2013.
"Typical rotary encoders are large industrial models mostly about palm-size, but this product is very small, able to fit on a fingertip."
Japan’s premier robot expo is over, and all that remains of iREX 2013 are the things we learned, contacts we made, and the videos, photos, and desperate attempts to effectively communicate the breadth of what exactly went down. Something beyond “Wow, it was like… so many awesome robots.” Not so easy, that.
The Hairlytop Interface is an interactive surface display made of soft solid-state actuators and optical sensors which react to light. Jointly developed by the University of Electro-Communications and Symphodia Phil, when placed on an iPad that is playing a video, it moves organically, like a living thing, in response to changes in the brightness of the screen.
"One feature of this system is that the motion is very cute, like that of an animal. Another feature is that it can be used extremely freely in terms of design."
This week it's robots, robots, and more robots. iREX robots have hijacked the JTFF - but true to form, the 60 images in this gallery represent the news that was in fact going down here in Japan today. We'll have more to say about iREX next week, but for now: Photos. Of. Robots! We hope you enjoy (we definitely, totally, absolutely did).