Rechargeable Boots 98
Fancypants writes: "ABCNews.com has posted an article about a Menlo Park, CA company that is developing boots that generate power. Imagine charging your cell phone by walking to class." Seems as if we've done a story before on shoes that generate electricity, but I sure don't see it in the archives.
Blinky lights... (Score:3, Funny)
-Berj
Two Drawbacks (Score:1)
2) You have to shuffle your feet when you walk.
*f*
Cool Woz-like Hack (Score:2, Funny)
Go to a Micro$oft convention.
Drop 'em like fly's
"Hi my name is.... oops dosen't matter"
hehe
Re:Cool Woz-like Hack (Score:1)
Re:Cool Woz-like Hack (Score:1)
electric shoes (Score:5, Informative)
Re:electric shoes (Score:2, Offtopic)
Electric shoes on ZZZ online (Score:1)
wow... (Score:2, Funny)
It all fits together... (Score:5, Funny)
This things do not happen be accident... people moan but eventually
Re:It all fits together... (Score:1)
Re:It all fits together... (Score:1)
Or you would plug the whole damn apparatus to the lighter in the car... this way you would still be petrol-dependent, sure, but with a pair of power-generating boots and a bagpack filled with liquid Hydrogen you would still look cool and, er, alternative
Re:It all fits together... (Score:1)
So... (Score:3, Funny)
Doh!
Re:So... (Score:1)
Phone-boot? (Score:1, Funny)
Babelfish + ear = Translation.
Boot + ass = statement.
Boot + ear = ???
No, I don't think it's going to be a hit.
how much? (Score:2, Funny)
Re:how much? (Score:2)
No actual power (Score:3, Informative)
The previous Slashdot article [slashdot.org] on this topic gives actual numbers: 0.0013 W when walking normally.
This fluffy article gives no numbers on the performance, but with their menthod it should not come even close to being realistic. When you do the math it is theoretically possible to get resonable amount of power from your shoes, but the technology is still experimental.
As one of the developers of an Open Hardware PDA [tudelft.nl] I can say that you can only do very litte computation for that and it would require an afternoon of walking to scrape enough energy together for a cell phone call.
Just my 2 Eurocents,
Johan.
Re:No actual power (Score:1)
"You've been a very bad boy jimmy, go rechare daddies cell"
Actual power 1/2 a watt, heading to 2 watts (Score:3, Informative)
>the prototype boot generates about half a watt of
>power -- more than enough energy to recharge the boot's built-in battery and
>a cell phone. But Pelgrine hopes that by the end of January the boot's output
>could be raised to nearly two watts
Re:Actual power 1/2 a watt, heading to 2 watts (Score:4, Informative)
Because no technical details are available their is no way to know if this is the maximum power output during touchdown of the foot or the average power output during an average person walking at an average pace.
My assumption is that the quoted 0.5 W is the delivered top power, not the average. This would be more in balance with existing technology. Otherwise they go directly for the next Nobel price for advancing current technology with a factor of 10,000 .
As a guy who likes technology I hope they win the Noble price, but it is doubtfull.
Just my 2 Eurocents,, Johan.
Re:No actual power (Score:3, Informative)
this one looks piezo too (Score:1)
That happens to be how piezo electrics work.
Actual Numbers not good enough? (Score:2)
The article clearly states thet current models output one watt, with 2 watts projected by launch.
Re:wha... the.... (Score:2, Informative)
From what I can remember from science class this seems to have something to do with electro-magnetism.... and for I guess it uses the battery to make the initial electro magnetic field...
PLEASE correct me if I'm wrong
Re:wha... the.... (Score:2)
Humor aside, it's the same reason your car has a battery. It is not there to keep the lights on when the car is parked, but to provide high power (starting) for short amounts of time. The shoes may generate a half watt. Some mobile phones run on 2 watts. The other 1-1/2 watts come from the battery while talking on the phone.
Re:wha... the.... (Score:1)
You might charge normal batteries by connecting them to the shoe to transfer power from the onboard battery.
Oh goodness. (Score:2, Funny)
"But will they run Linux"
(Insert jokes about bootstrapping, etc....)
Tom.
Old hat (Score:5, Informative)
The Electric Shoe Company [theelectricshoeco.com] sells these (or rather, a verion of them).
Tom.
Re:Old hat (Score:2)
killer app (Score:2, Interesting)
His idea was to use this system of information transmission to enable data-rich handshakes (using connected HUDs) among other things.
Baylis (Score:2)
At the moment the energy that can be created from these is tiny, roughly analagous to the energy created in a self winding watch mechanism pound for pound.
This is going nowhere fast.
Re:Baylis (Score:1)
http://www.theelectricshoeco.com/
I seem to remember him walking across some desert while wearing them, to prove a point or or raise money for a cause or something
Unforeseen dangers. (Score:3, Funny)
"Oh, John, John, I want...Wait a minute! Are you wearing those boots again?"
"My feet were cold, hon. That's all. Cold feet. They don't mean a thing to me."
"I knew it. You were kissing me, but you were thing of them. You've been running around on me. You heel. You're nothing but a leather whore"
"No, baby, honest. It's not like that at all. Sure, the boots and me were an item once, but we're just friends now. C'mon, baby. Can't a guy have friends?"
"You can have all the damned friends you want, John. I'm leaving you. Oh, and just so you'll know: I'm stopping by the shoe store on my way out."
"No-o-o-o-o-o!!!!"
Old (Score:1, Interesting)
Parasitic power (Score:5, Informative)
The July/August issue of IEEE Micro [computer.org] contains several articles on their work, including one on parasitic power [computer.org].
been around for years (Score:2)
from what I read at the links this is either a product based on the MIt research or someone re-inventing the wheel.
Not very pratical (Score:1)
Previously Seen Story??? (Score:3, Informative)
Hmm....maybe maybe not but /. has certainly previously posted a story on human generated power [slashdot.org].
Awesome... (Score:1)
Re:Awesome... (Score:1)
Boot power technology (Score:1, Informative)
http://www.qinetiq.com/applications/qinetiq/new
Even very small amounts of power can be useful in particular circumstances.
Nothing new... (Score:1)
But are they water-resistant? (Score:1)
possible use.... (Score:1)
Warrior program
Not free power (Score:2)
Re:Not free power (Score:1)
the previous power-shoe slashdot reference (Score:1)
Power for electric cars (Score:2, Funny)
Now people will start getting in shape! (Score:2)
Ok, and when the Spice production will go up? (Score:1)
What about the chemical energy? (Score:1)
but after a 20 minutes fast walking my feet can generate enough 'gas' to power a small town (so people tell me)
Follow The Money (Score:1)
MIT media Lab (Score:1)
Kids would love it... (Score:1)
Possible way... (Score:2)
Build a boot with a fairly rigid upper, or with a frame around the upper, in such a manner that there is a semi-flexible pivot and a fully flexible pivot around the ankle (in other words, make it flexible in the full range of motion of the ankle, but try to keep it mostly flexible in the "normal" direction of motion, in line with the rest of the leg.
Around this pivot you would need a gear system, with maybe a ratchet and small flywheel system (like the baycomm radio), so that as the ankle flexes, the flywheel is spun at a high rate of speed. Perhaps even make it spring loaded, so that when standing still, or during mid-stride, the flywheel continues to run for a short while.
Attach a small generator (one of those cheesy 3V motors would be perfect if made a bit more robust), and tap the power.
Feasible? Sounds reasonable to me, though perhaps a little bulky - but I bet with good design, it could be slimmed down and made to work rather well...
Alternative fuel (Score:1)
I'd be willing to fund research....