[Oak Robotics] is putting the finishing touches on their programmable cooking robot named OliveR.
It’s not about to make you a souffle (but where did it get the milk?), but it does aim to take the boring parts out of cooking — namely the tedious stirring, adjusting temperatures and the timing of ingredients. While that does make it significantly less impressive than the original title suggests, the team has a blog running of successful recipes — They’ve made some excellent chicken curry, Korean beef, and even Jambalaya!
The team is currently looking for beta testers, and while we’re not too sure what this even entails, you can certainly send them an email and find out! To see a demonstration of OliveR’s cooking skills, hang around after the break.
Continue reading “OliveR the Programmable Cooking Robot”
Are you good at mixing drinks? We think this Barbot might give you a run for your money!
Not only does this Barbot have room for 5 different liquors, but you can combine them any way you want with an extremely slick web interface that you can check out for yourself.
During initial setup, you add your chosen liquors to the machine and then using the configure mode in the web interface, you tell Barbot what it has to work with. Once these fields are populated, Barbot will list various drinks that it is capable of mixing with the provided ingredients. It also has a cleaning mode, which allows you to prime the pumps and set administrative access for your parties.
The hardware behind this build is a BeagleBone Black running Ubuntu 13.04 with Apache2, MySQL, and PHP to host the web interface — bind and DHCP are used to create the web portal using a USB WiFi dongle. The online interface directly controls the pumps using PHP via the GPIOs.
To see a full demonstration stick around after the break for the included video.
Continue reading “Barbot Mixes Drinks Perfectly with Web Interface”
Ever wonder what kind of fecal content is in your drinking water? Do you also like yogurt? If so, this DIY Bacteria Incubator is just for you!
[Robin] is part of the BioDesign team for the Real-World project which is an interdisciplinary project featuring biology, electronics, and environmental sciences to bring together solutions for real world water problems. Since it’s a community oriented project they strive to keep it open-source and well-documented in order to share with everyone.
The DIY Incubator is a rather simple tool that can be used to help analyze water for fecal contamination, which is a problem in many third world countries. It consists of a styrofoam box, a light bulb and a home-brew Arduino which provides the PID control of the heat. For bacterial analysis, regular coliform bacteria live at 35C, while fecal coliform prefer about 44C — if incubated at these temperatures the bacteria will make itself known very quickly (within about 24 hours).
Oh and if you don’t want to find out how dirty your water is, you can also make yogurt instead. Check out a short demonstration of the incubator after the break.
Continue reading “DIY Incubator Cooks Bacteria… Or Yogurt!”
Just this past week was this year’s Roboexotica 2013! The annual event was the world’s first and is perhaps the finest festival of cocktail serving robotics out there!
Founded 15 years ago in San Francisco, Roboexotica brings together scientists, hackers, and artists from all around the world to build the most awesome drink dispensing technologies. It’s also an opportunity to discuss innovation, science fiction, and the world of robotics to come — after utilizing some of the robots of course!
The photo above is of one of the popular bots from this year — it’s called the Minecraft Cocktailbot. It dispenses the liquor out of its floppy drive, but only when you control it from inside a game of Minecraft!
More of the barbots present at Roboxotica can be found on the main site. We think our second favorite is the Bunnybot. It defecates peanuts — the mightiest of all in pellet-form bar food.
Stick around after the break to see the Minecraft Cocktailbot in action!
Continue reading “Roboxotica (Barbot Festival in Vienna)”
When his 6 years old induction cooker recently broke, [Johannes] decided to open it in an attempt to give it another life. Not only did he succeed, but he also added Bluetooth connectivity to the cooker. The repair part was actually pretty straight forward, as in most cases the IGBTs and rectifiers are the first components to break due to stress imposed on them. Following advice from a Swedish forum, [Johannes] just had to measure the resistance of these components to discover that the broken ones were behaving like open circuits.
He then started to reverse engineer the boards present in the cooker, more particularly the link between the ‘keyboards’ and the main microcontroller (an ATMEGA32L) in charge of commanding the power boards. With a Bus Pirate, [Johannes] had a look at the UART protocol that was used but it seems it was a bit too complex. He then opted for an IOIO and a few transistors to emulate key presses, allowing him to use his phone to control the cooker (via USB or BT). While he was at it, he even added a temperature sensor.
Ever heard of the Indio Picaro doll? They are those kinda weird phallic statues, and they also happen to be a national joke in Chile. So hackers [Nathan] and [Pablo] decided to make use of its popularity for a hilarious drink serving robot (Translated) at this past weekends Santiago Mini Maker Faire.
Dubbed the PissCO, the bartending robot(s?) make use of eight Bartendro drink pumps, which is a system that was successfully funded on Kickstarter at the beginning of the year. Add some servos to make the little statues dance and swing around their… Anyway the whole system is probably one of the most unique cocktail mixing robots we’ve seen yet.
After all, who doesn’t want a drink served from a stainless steel basin that looks
vaguely like a urinal?
Stick around after the break to uh, see it in action.
Continue reading “Indio Picaro Doll Mixes Drinks…”
Do you remember that screen saver from the 80’s of flying toasters? Well the guys over at Flite Test just made a real flying toaster.
The first challenge was converting a toaster to run off batteries, which [David] accomplished by splitting the elements in the 110V toaster into 4 segments, and running them off of 6-cell LiPo — when the toaster is on, it draws almost 700W. The next question was — how much of an effect does air flow have on a toaster’s ability to toast? As it turns out, not that much! They tested the system by driving down the street holding a toaster out of the passenger window of the car, and while they got some strange looks, they also successfully toasted the bread.
The next step was making a plane capable of carrying the extra batteries, and a bulky, not-so-aerodynamic toaster. This was probably the easiest part, as they have made a flying 20kg cinder block before. Needless to say, making a toaster capable of flight was not much of a challenge.
Our favorite part of the video is the test flight, where [Josh] wears a POV visor system to, wait for it… watch the bread toasting. Check it out after the break!
Continue reading “Flying RC Toaster”