multi-touch ▪ April 3, 2014

multi-touch ▪ August 28, 2013

multi-touch ▪ June 22, 2012

multi-touch ▪ January 23, 2012

Forget Microsoft Surface, this is what the perfect Apple worktable would look like. You would simply place an iOS device upon the desk to sync with iTunes and it would wirelessly sync data with iCloud. Its multi-touch surface would allow for a range of possibilities like operating your computer the Magic Trackpad style. Imagine being able to schedule appointments or make phone calls using its entire touch-sensitive surface, also doubling as a huge secondary display.

The eye-catching Apple-friendly desk of the future —affectionately called iDesk— was conceived by designer Adam Benton and posted at MacLife. Too bad Apple will never make this, but the artist rendition really has me hooked.  Go past the break for another image.

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multi-touch ▪ October 26, 2011

multi-touch ▪ August 23, 2011

Apple has won 16 new patents published by the the US Patent and Trademark Office today (via PatentlyApple) that cover everything from possible methods of charging future Apple products via solar power, to key multi-touch technology and iOS camera related patents. Certainly more fuel for the ongoing patent wars between Apple and the rest of the smartphone industry.

We already know Apple is experimenting with solar power from past patents, even going as far as considering which company would produce panels for future products. We also heard reports in March of a superthin solar panel layer from French company Wysips that could be rolling out to handset manufactures within a year. Today one of the 16 newly granted patents gets us a step closer by detailing “methods and apparatuses for operating devices with solar power”.

PatentlyApple explains:

“a solar power tracking apparatus includes, but is not limited to, a voltage converter and a controller coupled to the voltage converter. The voltage converter includes an input capable of being coupled to a solar power source and an output capable of being coupled to an electronic load, such as, for example, a portable electronic device. The voltage converter is configured to monitor or detect an amount of power drawn by the electronic load at the output of the voltage converter. In response to the monitored power drawn, the controller is configured to control the voltage converter to reduce amount of power to be drawn subsequently if the monitored amount of power exceeds a predetermined threshold. As a result, the output voltage from the solar power source is maintained within a predetermined range.”

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