Giving Touch-Screen Buttons Depth and Height With Pneumatics
blee37 writes "Researchers at Carnegie Mellon demonstrate 'popping out' touch screen buttons to become physical buttons using pneumatics. The idea is to combine the dynamic reconfigurability of touch screen buttons with the tactile feedback of real buttons. The technology could be applied where tactile feedback is currently lacking, such as in car navigation systems, ATMs, or cell phones."
so there are pistons within the cell phone of the future? batteries don't stand a chance. and then you have to oil your phone.
I am left thinking "so what?". All they did was PROJECT graphics onto an inflatable surface, and used a camera and image recognition to determine which 'button' was being pressed.
I think it's a bit of a stretch to describe this as a 'touch screen'; the image is projected onto the surface (which could be true for ANY surface) and the surface itself does NOT detect touches. There is also no tactile feedback whatsoever. I might as well get one of those laser projection keyboards, set it up on the bonnet of my car and announce that I've made a "self-propelling air-conditioned touchscreen that seats four".
This is a substitute for a clever sig that fits within the maximum number of characters.
The killer app for this will of course be a Timex Sinclair 1000 emulator.
and their exploding work stations.
* Winners compare their achievements to their goals, losers compare theirs to that of others.