Till today blind children at school did not have enough solutions to learn crucial disciplines such as geometry and science. We built a tactile tablet made of hundreds ‘taxels’, that are the tactile equivalent of the pixels. Images are transformed into tactile representations. We have also developed a set of games, to be used within rehabilitation procedures. We tested our prototypes with people with visual disability. We found that BlindPAD improves their sense of space and their knowledge about unknown places. It is an interactive technology that can display in real time maps, graphics, and symbols, which is what is needed at school age and beyond. If Braille is used for text, BlindPAD can now be used for graphics. We plan to make it a real product, to be used in schools, rehabilitation centers and ultimately at home.
The consortium has met in Genoa, Italy, for the final Review Meeting. We discussed the final project goals and had a demo session together with our Project Office, the Reviewers from the European Commission, involving also end users.
Left-to-right: Diego Torazza (IIT), Giulio Sandini (IIT), Piotr Witek (FIRR), Aleksander Waskielewicz (FIRR), Davide Dellepiane (IIT), Luca Brayda (IIT, coordinator), Elena Cocchi (Chiossone), Attila Agoston (Ateknea), Franco Bertora (IIT), Elisabetta Capris (Chiossone), Herbert Shea (EPFL), Claudia Vigini (Chiossone), Fabrizio Leo (IIT), Elisabetta Ferrari (IIT), Michael Gerhard (Geomobile), Caterina Baccelliere (IIT), Mariacarla Memeo (IIT), Maria Carmela Fierro (IIT).
The first prototype of the BlindPAD as a full portable device is ready and tested at FIRR in Poland and Chiossone in Italy. In the video Prof. Herbert Shea from EPFL explains the BlindPAD.
At the World Haptics J.J Zarate, N. Besse, O. Gudozhnik, A. Ruch, H. Shea, demonstrated the “Portable pin array with 192 fast latching taxels”. Also an oral presentation was given about the portable pins. Many people tried out the demonstrator. A lighter version of the proto1, which was used at the first prototypes was presented at the World Haptics.