Awesome Dad Builds a Pneumatic Tube System to Send Teeth to the Tooth Fairy

The Tooth Fairy is one busy lady! She flies from house to house every night, collecting teeth that kids have left under their pillows and leaving a dollar or two (or a special surprise) in exchange for it.

So that’s the story our parents told us, and I’m sticking with it.

Tooth Fairy SystemBut with the growing population, the Tooth Fairy is probably having a hard time keeping up. Awesome dad Jeff Highsmith wanted to make sure his kid’s teeth are received in a timely manner, so he built a vacuum-powered pneumatic tube system that’ll “send” them straight to the Tooth Fairy. An adult can hang out at the receiving station to return some cash or gifts back to the child waiting on the other end of the line.

pneumatic tube diagrammagnify

Jeff built an easy-to-navigate interface using Hype and used Raspberry Pi to power the whole thing. Aside from the Tooth Fairy, other recipients to choose from include Santa Claus and the Easter Bunny, so just think of all the wish lists and letters your kid will be sending when those holidays roll around.

[Make: via Hack a Day via Neatorama]

Pneumatic Tubes Are Working Their Way Back Into the Pipeline

Pneumatic Tubes Are Working Their Way Back Into the Pipeline

You might think of pneumatic tubes as an arcane means of pushing letters around big buildings—but there’s a quiet revolution in the pipeline which could see them challenging digital communication, at least some of the time.

Read more…


    



Pneupard Robotic Leopard Not as Fast as Robotic Cheetah

We’ve seen plenty of robots based on animal designs. Nature knows what it is doing after all. Researchers, much like leopards, don’t change their spots. They are still working on robot designs that will run us down and devour us. Like the Pneupard, a robotic leopard from Osaka University.

robot leopard
This robot is driven by compressed air. It is still a prototype, which is why this thing doesn’t seem very fast or certain on it’s feet. Plus, its front legs and spine are incomplete right now. Regardless, the artificial muscles that it sports are impressive and when this robot gets further along, it will be more nimble, I’m sure.

It’s movements were based on the movements of a cat walking on a treadmill. I’m guessing they’re not talking about these cats.

They are hoping that capturing movements this way instead of programming the system by hand will lead to a more authentic movements.

[via IEEE Spectrum via Geekosystem]

Pneumatic Tool Lamps: Nailed It.

Are you handy with tools? Well you could head to your workshop and make yourself a lamp, I suppose, or you could buy one that’s actually made out of a power tool.

pneumatic tool lamps

These unusual lighting fixtures are made by Aaron Jarry of JEngineering using pneumatic nail guns mounted to an ebony-stained oak base, and come with an appropriately masculine black lampshade to top them off. Aaron cleverly conceals the power cord inside the air hose to complete the look.

pneumatic tool lamps 1

I’m guessing that they no longer function for firing nails or staples, but it would be cool if that’s how you attached them to your table. You know – press the trigger and it nails itself in place. That’d be cool.

DIYers and Tool Timers can improve their home with one of these lamps over on JEngineering’s Etsy shop for $180 to $200 (USD).

Tokyo University of Science shows off robotic suit powered by pneumatic artificial muscles (video)

Tokyo University of Science shows off robotic suit powered by neumatic artificial muscles video

What can one do with a robot suit? Well, it’s certainly not limited to just lifting sacks of rice, but that was exactly what we got to do at CEATEC courtesy of Koba Lab from Tokyo University of Science. First seen in 2009, the magic behind this 9kg kit are the pair of pneumatic artificial muscles (aka McKibben artificial muscles) on the back, which are made by industrial equipment manufacturer Kanda Tsushin. When pressurized with air using electrical components from KOA Corporation, the lightweight, loosely-woven PET tubes contract and consequently provide support to the user’s back, shoulders and elbows. As such, our arms were able to easily hold two more sacks of rice (making it a total of 50kg) until the demonstrator deflated the muscles. Check out our jolly hands-on video after the break.

Continue reading Tokyo University of Science shows off robotic suit powered by pneumatic artificial muscles (video)

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Tokyo University of Science shows off robotic suit powered by pneumatic artificial muscles (video) originally appeared on Engadget on Tue, 02 Oct 2012 21:02:00 EDT. Please see our terms for use of feeds.

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