[Chris] sent in the Thermosmart. It is an Arduino controlled thermostat. It has a web interface which allows him to see the current temperature and make adjustments from remote locations. He can set heating or cooling to on, off, or auto and adjust the ranges as well. We’ve seen similar done with an Arduino before, even one with a nice LCD interface. This could possibly be useful for remote plant monitoring as well.
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With the recent announcement that the only controls for the Ipod shuffle will be on the headphones, many were let down. [James] has come to the rescue, showing that you can just solder new ear buds on the end of the wires. Though this may not be the perfect solution, especially if your cable gets damaged, at least you can get a little better sound. This is a great example of something to show kids. It’s not too difficult and teaches them that if we’re not happy with something, we can hack it.
[Gabe] sent in this project summary from his rocketry club’s yearly project(pdf). The goal was to build a rocket that would go up to about 800 meters and eject a robot that would pilot itself to a destination on the ground for re use. There’s tons of great information from what hardware is in the robot to hardware design for the ejection mechanism. There are great pictures of the final build, not so many of the construction itself. The project seemed to go well until EMI problems caused everything to fail during flight. If you’re interested in seeing more from the club, check out their site (translated).
[scott] had a need to capture a mouse and wanted to learn about how to program an arduino, so he built an Arduino controlled mousetrap. It is made from things he had laying around the house, like some Tupperware containers and wooden rods. The program is pretty simple, when a trip wire is touched, the servo jerks the wooden rod out of the way, closing the container. You can see it working after the break. The trip wire seems like a big failure point. he states that it is just a wire, slightly above a tin foil strip. That seems like it would only be a tiny area that the mouse would need to touch to trigger it. What better switch could he design as cheap and quick as possible?
In another installment of her ongoing efforts to mod the Acer Aspire 1, [tnkgrl] has added eSATA capabilities. During the hard drive upgrade she did, she used the spare PATA connection, leaving an SATA connection free. This time she has gone in and extended it to be accessible outside the case. To do that, she scavenged an eSATA connector from a desktop and simply wired it into the connections on the motherboard. She then mounted it flush as seen in the picture above. In the past she’s covered adding RAM, internal Bluetooth and the hard drive upgrade.
We’ve been eagerly anticipating this, [Larry] has published the entire build of the Shmooball gun for 2009. This design is more compact and elegant than the one for 2008 and has a slightly more Ghost Buster’s aesthetic about it. The pictures are great and there’s lots of good tips along the way. We can’t wait to see what they make next year. How about a gattling version?
Cockeyed.com is a peculiar site. It is spattered with links in an almost unintelligible manner, but if you dig hard enough, or just click randomly, you can find some pretty fun stuff. One nice writeup they’ve done is how to replace the lens in their point and shoot camera. This one happens to be a Canon Powershot sd750, but it will give you an idea about how difficult it can be for any point and shoot. The lens assembly couldn’t be replaced until almost every single piece had been disassembled. There are tons of pictures showing the process and the final result. Though the install was a success, his replacement lens was already beat up pretty bad. Looks like he’ll have to go through it all again.
[via The Old New Thing]
