Researchers Create Origami Wheels That Can Change Size 52
rtoz writes Researchers from Seoul National University have designed a robotic wheel based on the origami "magic ball pattern," which is a traditional technique used to create folded paper spheres. This robotic wheel can change its radius to create larger wheels to climb over things, and shrink back to a smaller size to squeeze under obstacles. The diameter of the wheels changes automatically to enable the robot to either be strong or speedy. The scientists think their innovation could one day be used for interplanetary rovers as the wheel can be folded up and "inflate" itself.
Snow Crash! (Score:3, Insightful)
Oh how I want one of those skateboards...
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Re:Snow Crash! (Score:4, Informative)
Perhaps a link [wikipedia.org] would have helped?
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Smartwheels are made of telescoping scopes which depend on future-tech materials science, and this will require different future-tech materials science to be practical, so clearly it's totally different.
Seriously though, it is totally different. Smartwheels can track over broken surfaces with full traction, these cannot.
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"telescoping scopes"? It's scopes all the way down?
I suppose you could use spokes.
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"telescoping scopes"? It's scopes all the way down?
I suppose you could use spokes.
Not sure telespoking scopes would do any better.
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I'll have you know, drinkypoo, that looking up your signature lead me to read Snow Crash to begin with. Great book!
Well, at least there's that to make all this time spent Slashdotting worthwhile. If I am an anything fanboy, I am one for Neal Stephenson.
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Um, here's a simpler way (Score:5, Informative)
https://www.youtube.com/watch?... [youtube.com]
But I guess that doesn't pump the money through the university system, nor feed the "interplanetary rover!" scenarios, nor create new IP...
Re:Um, here's a simpler way (Score:4, Insightful)
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What's different about climbing over obstacles?
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"his robotic wheel can change its radius to create larger wheels to climb over things"
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...I don't think the "smooth plastic tyres" (lol) were the point here, Anorak-Prime.
So things never improve?
Got it.
Bell end.
(yay! I can use hilarious foreign phrases too!)
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Nor did it work very well. My nephew had one many years ago. they were pretty crap. It's affinity with getting stuck was quite impressive.
I also had one as a kid, and I agree: it was next to impossible to get the things to go straight with those claws sticking out. However, I also had an RC truck in which the wheels were telescoping cylinders with relatively thick rubber-ish strips attached at both ends. Fully extended the strips were flat, but you could flip a switch (or something) and it would retract, making the strips bow outward, significantly increasing (maybe doubling) the effective diameter. Parentheticals because it was a long tim
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However, I also had an RC truck in which the wheels were telescoping cylinders with relatively thick rubber-ish strips attached at both ends.
Perhaps one of these? https://www.youtube.com/watch?... [youtube.com]
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https://www.youtube.com/watch?... [youtube.com]
But I guess that doesn't pump the money through the university system, nor feed the "interplanetary rover!" scenarios, nor create new IP...
I still have that thing and my kid plays with it. LOL
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But more importantly it doesn't have reaction traction.
http://youtu.be/5ooEz9QtErM [youtu.be]
The main advantage of origami (Score:5, Funny)
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I'm not convinced it's an advantage; most origami designs fold under pressure.
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Yeah but if Apple ever needs to add wheels to one of their product, it's a perfect match since they're already paper-thin.
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differential (Score:5, Interesting)
Re:differential (Score:4, Informative)
Yep, one of their cited benefits is continuously variable torque without the weight of a transmission.
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They did find water on Mars [2dayblog.com].
No sarcasm. (Score:5, Funny)
Tyco did it 7 years ago... Shell Shocker RC Toy (Score:3, Informative)
Tyco Shell Shocker RC Toy (2007)
http://www.youtube.com/watch?v=PrLmKHjlTz0
Nothing new to see here...
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Dust, dust everywhere! (Score:2)
He should have cleaned the floor before recording that fake rescue video.
Clever, but overly complex (Score:2)
First, the main factor in a wheel, above all, is durability. A wheel that fails cannot perform its basic function. I'm not convinced that this wheel structure - while certainly clever -
After all, couldn't you get the EXACT same effect with an even greater range of variation (as well as an inherently simpler, more fault-tolerant and easily repairable design, as well as a principle that scales up or down in sturdiness simply and intuitively?) from an umbrella mechanism?
Re: Clever, but overly complex (Score:1)
Build one and let's find out.
CREEPY! (Score:2)
Did anyone else get totally creeped out by that ending?
Iain M. Banks featured this, sort of (Score:2)
In his novel, http://en.wikipedia.org/wiki/A... [wikipedia.org]
Wish he was alive to see this.
Don't you just need the metal wires part? (Score:2)