A Touch Screen With Morphing Buttons
Al writes "Researchers at Carnegie Mellon University have created a touch screen that can also produce physical buttons. Graduate student Chris Harrison and professor Scott Hudson use a projector and infrared sensor below the screen to illuminate it and make it touch-sensitive, and the physical buttons are created using air pumps below the surface. They say this type of screen could be particularly useful when a simple, flat touch-screen is too distracting, for example in a vehicle dashboard."
3..2..1..
I hate the lack of tactile feedback on touchscreens. If this really solves that problem I'd love to see it used in ATMs and self checkouts.
You are using English. Please learn the difference between loose and lose; they're, there, and their; your and you're.
If you read the article this isn't nearly as impressive as it sounds. The buttons are in a static configuration and need an air compressor to rise. They're going to need to come up with a more flexible method of tactile feedback if they want to create a useful technology. Back to the drawing board!
I can say [REDACTED] anytime I want!
Of course. You can't just use a simple flat touchscreen in a vehicle dashboard. It would be impossible for a blind person to find the controls.
I'm getting a lot of other people's accounts - including their private, unpublished emails and mod points.
WTF?
They say this type of screen could be particularly useful when a simple, flat touch-screen is too distracting, for example in a vehicle dashboard.
I know we are obsessed with multitasking more and more, but no. Almost every automobile "accident" is caused by one or more people simply not paying attention, and I don't think we need to give them even more stuff to play with while driving.
If a touch screen is going to be too distracting for some situation, then mighty morphin power buttons are not the answer. The answer is wait until you are done with whatever you are doing, then use them.
Well actually not I, but Apple have - see this patent filing story
In fact, they mention using air as the actuator, as far back as 2007.
Physicists get Hadrons!
http://www.mydigitallife.info/2007/11/07/nokia-introduces-haptikos-touch-feedback-technology/
The technology in this article isn't scalable, and the "touch screen" isn't transparent, it just has stuff projected onto it from below. The Nokia solution involves piezo sensor pads under the screen and engineered in a 0.1mm movement in the screen itself.
Not that I will ever purchase a phone that doesn't have actual physical buttons on it for when (not if, WHEN) the touchscreen breaks down. I'm just saying.
It's just a proof of concept, ok.
But the concept itself suffers a major limitation: any pressurized, pneumatic-based approach will consume too much power to be eligible for a portable device - where battery life is usually key.
Not coming to your iPhone anytinme soon.
"Whenever people agree with me I always feel I must be wrong." (Oscar Wilde)
Am I the only one who read about these buttons and immediately imagined a full-screen braille reader for visually impaired users?