[Benjamin] sent in his efforts to use Python to provide a web interface for his Aurdino. Python is usually pretty easy to manipulate, so it might be just the thing for someone looking to add a web control to a project with an open serial interface.
If you’ve got a hack you want to share, use the tips line.
After the break are some of our favorite bits of machinery from Roboexotica so far.
Here is a special edition Hackit in honor of Roboexotica. Ever since making the decision to attend Roboexotica we’ve been speculating on the type of machines we’d like to see at such an event. Here are a handful of ideas:
Iceware via rapid prototyping: As we type this post, [Bre] is in the background attempting to build a RepRap style rapid prototyping machine that will construct shot glasses on demand. We were thinking it would be neat to cut beverage glasses out of blocks of ice using a milling machine, but why stick with normal milling equipment? It’s ice right; you could be doing something stupid like using a butane torch for your working tool. We then began to wonder “Has anyone built an ice based rapid prototyping machine?” You could just deposit water on a frozen surface to create your glassware. A group at the University of Missouri has been investigating “rapid freeze prototyping“. Since they’re using water, they only have to create the frozen shell of the part and then fill in the empty cavity with water to create a solid.
Tonight marks the kickoff of Roboexotica in Vienna. It’s the world’s leading festival for cocktail robotics. The event aims to explore the role of cocktail robotics as an index for the increasing integration of technological innovations into human lives. It also explores the explosion of radical hedonism in man-machine interaction.
…or it’s just an excuse for a bunch of smart people to get together, build robots, and drink.
The word ‘robotics’ seems to always imply ‘efficiency’, but that’s definitely a no-no at Roboexotica. Fine tuned manufacturer grade cocktail production is not the goal; personality, charm, character, all of these qualities are important in machinery destined for Roboexotica. You can already see some photos from the event setup on Flickr and we’ll be bringing you more posts on the individual machines as we get more information/drinks.
Thanks to Star Wars, Plenty of people have built their own R2 units. Pixar’s next movie has been running trailers for a while, and there’s already a group(free membership required) devoted to building real versions of the SGI robot star: WALL-E. I guess I’ll have to call it reverse-forward engineering. WALL-E has some interesting design ideas – it compacts trash into cubes, but it can also retract its treads into the same compacting area. (Pictured is a WALL-E style waste cube, by [Jawa Lunk]) Thanks to [Shannon] deserves the credit for turning me onto this one.
[Jim Fong] sent in this demo of his version of the UHU servo motor controller. [Uli Huber] has actually shipped over 2500 controllers for the servo. He doesn’t charge much for the chips, and only asks for something like a token beer in return for his work. I used [Jim]s boards in my mini mill controller, so I know he does good work. This servo controller really is a big deal. It can handle high power, and servo motors are *the* way to build a fast milling/robotics setup.
If you’re into Cons, you might be interested that the first round of Shmoocon tickets went up for sale today – looks like they’re already out, so keep your eyes open if you want to go. It’s a decent con that takes place in DC. I know that I’m planning to be there.
When you need something quietly bending or moving, don’t underestimate SMA’s (or Shape Memory Alloys). The Living Glass project by architects [David Benjamin] and [Soo-in Yang] catalogs an experiment in building interactive, flexible, “breathing”, walls out of SMA wire and microcontrollers. Although they use Basic Stamps, the project could easily be extended to more cost-effective microcontrollers for large surfaces. The project is well documented with videos (AVI) of each prototyping step and even includes the ideas that were ultimately scrapped. Even if you don’t build a wall of interactive gills, this project should give you plenty of ideas for uses of SMA wire embedded in semi-flexible materials.
