Boobie Board Powered Twitter Notifier

boobie_board_twitter_notifier

The team over at Archonix frequently challenge themselves to create a full working project in under 20 minutes. [Andrew Armstrong] put together a blog post detailing their most recent “Quickproject” – a simple Twitter notifier built using their Boobie Board.

They started by putting together a small notifier breakout module that could later be attached to their Boobie Board. The module is pretty simple and includes a trio of LEDs to alert you to activity across several online services, though only the Twitter notification module is currently complete. The notifier’s code was written in LUA, and primarily designed to interact with Linux desktops. They do not currently have a Windows compatible version of the code available, but they are more than happy to host it if someone desires to port their code over.

The notifier was put into an old candy tin with a plastic window, which is perfect fit for their project. All in all, the entire thing took them about 40 minutes, with half spent on hardware, half on code. The notifier does just what it was intended to do, but they have a healthy list of improvements that they would like to add, including the use of the other two notifier LEDs.

Photo Hardware That Automatically Produces Rotating GIFs

[Fergus Kendall’s] company is making development and breakout boards targeting electronic hobbyists. As with any endeavor that involves selling something, they need marketing. It sounds like [Fergus] was put in charge of getting some nice animated 360 degree images of each component. Instead of going through the drudgery of snapping frames by hand in a stop-motion-style, he whipped up a rotating platform that does the work for him.

The brain of the operation is a Boobie Board, a microcontroller breakout board that is one of their products. It controls a stepper motor attached to the cardboard platform via a quartet of power transistors. [Fergus] mentions in passing that their digital camera didn’t have a connection for a shutter trigger attachment. But they modded it to make things work. There’s no detail on that part of the hack but we’d wager that they soldered a transistor to the contacts for the shutter button.

The stepper motor has 48 steps, so the hardware is programmed to take 48 pictures which become the frames of an animated GIF – embedded after the break – to show off the product.

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