baseballcap
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SolSol's baseball hat can charge your phone using solar power
Solar technology is still far from becoming ordinary, but we're seeing more and more of it make its way to consumer products. And now that includes hats. SolSol, a startup from Los Angeles, made a baseball cap that has a small solar panel built into its brim. You can use it to charge your smartphone, tablet or any other device that needs to be plugged in via USB. It looks kind of odd to have a cable hanging down from your head, but the hat could come in handy if your gadget's battery is running low and there are no other outlets nearby.
iCap MP3 player can save your hearing / life, not your dignity
No, seriously -- you have to digest this quote. According to Gesten Technologies President Jeffrey Gesten: "If you listen to loud music through earbuds, then you are risking long term hearing damage; if you listen while you are jogging or bicycle riding, then you are risking your hearing... and your life!" Hear that kids? If you use any product other than the ridiculous looking iCap, you're practically playing Russian Roulette with Dr. Death. Speaking of the cap at hand, said wearable packs a 1GB MP3 player, an FM tuner, a voice recorder (really?) and a microSD slot for carrying around even more Boyz II Men tracks on your dome. It also touts external speakers, which should totally freak out any other jogger you happen to pass by. Those with enough fundage to buy something purely for comedic purposes can hand over $119.95 and begin to chuckle right now.
Researchers cram bio-signal monitoring system inside baseball cap
Never before has headgear been so intrinsically linked with actual brain waves. Thanks to a team of researchers looking to create a method for "continuously monitoring high-temporal resolution brain dynamics without requiring conductive gels applied to the scalp," a new baseball cap has been created to do the trick. Said hat conceals five embedded dry electrodes which contact the wearer's forehead, while a single electrode behind the left ear acquires EEG signals. From there, the data is transferred wirelessly and can be processed in real-time to determine a driver's level of drowsiness, for instance. The gurus behind the invention have high hopes for its future, and they've already envisioned it being used in a plethora of medical scenarios and for controlling home electronics. To those about to rock this -- prepare for some serious hat-hair.
