So you think you’ve seen robot chefs before, huh? Well, actually, yes you probably have — but you sure as hell haven’t seen a mechanical cook spinning plates, right? We thought so. The latest culinary drone, hailing from Nagoya, Japan, features a pair of delightfully dextrous arms and is capable of serving up a yummy bowl of ramen noodles in under two minutes. With such rapid speed, the bots get some downtime, which they fill by performing a little show for their clientele. Trust us, you really don’t wanna be the one person who didn’t see the surreal duel that lies beyond the break.
A Japanese noodle shop is using two robots to create perfect bowls of ramen. At the Fuamen Ramen noodle shop, two robotic arms work in sync to create up to 800 bowls of noodles on a busy day.
As the video shows, the robots ladle the broth, boil the noodles and toss it in, and sprinkle the toppings. And the entire process take about one minute and 40 seconds for a bowl. It’s fascinating to watch them at work, so precise in their movements.
Apparently the benefits of using a ramen robot are ” the accuracy of timing in boiling noodles, precise movements in adding toppings and consistency in the taste.”
When there’s a lull in orders, the robots ‘play’ with each other and do some neat tricks to keep the customers entertained.
The noodle shop is still keeping some human employees around to take orders and serve the prepared bowls to customers. Wonder how long before those jobs disappear.
If ALSOK’s latest security / guidance robot looks a bit familiar — well, we’ve seen his kind before. The company’s latest offering – the An9-PR is an update of its previous bot — the better-named Reborg Q. The An9-PR is a multi-tasker, meant for showroom floors and malls, where it can display advertisements, directions to the restroom, and missing children alerts on any of its three touchscreen LCDS, and it’s got WiFi and face recognition capabilities, making him a decent security guard, too! The robot weigh about 440 pounds, and is on four wheels to make it easier to move. The An9-PR will apparently go on sale in Japan starting in March of 2010, for about $150,000. There’s another shot of this cutie after the break.
Cornell sure seems to be doing its part to usher in a world where robots call the shots and humans spend most of their time cowering in the corners of bomb-out buildings. Researchers at the school have variously applied their brain matter (and we’re guessing the occasional government check) to such sticky problems as robot consciousness, distance walking, and complications related to using robotics in zero gravity. And now we’ve heard that the school has just won something called the Autonomous Underwater Vehicle Competition. The vehicles entered in the 12th annual AUVC (which was held at the Space and Naval Warfare Systems Center in San Diego) ran an underwater obstacle course that involved bombing things, firing torpedoes, and eventually recovering a suitcase with “secret documents” (or old issues of 2600: The Hacker Quarterly, depending on who you believe). You can see the thing in action for yourself in the video after the break.
Designer Phillip Hermes has come up with a new system to transport packages which, if ever instituted, could probably be much faster than any of today’s available options (trucks, mailmen, airplanes, ponies). The Urban Mole — which recently placed second in the Vision Works contest — enables the use of “existing networks” of underground pipes (yes, sewer pipes) to transport packages up to about the size of a shoebox, which are put in capsules to fully protect the contents from the surrounding sewer water. The packages would be moved via a system of electric rails within the pipes, creating a robotic underground highway for transporting goods to drop off points, or “Mole Stations” where people can pick up their goods. Hermes estimates that an average cross-town trip could take less than ten minutes. Sounds a lot more eco-friendly and way faster than the grumpy mailman, right? It doesn’t sound like there are any plans to bring this project to fruition, but we sure will keep hoping.
One part gadget, one part art project, and 100% awesome, the Cybraphon is a MacBook powered, Arduino-based mechanical band housed in an antique wardrobe. Including an organ, cymbals, a motor-driven Indian Shruti box (played with 13 robotic servos, no less), and a gramophone, it relies on infrared motion detectors to sense when it has an audience. A number of factors, including the amount of attention it gets on Facebook, MySpace, and Twitter, help the device determine its “mood,” which in turn determines when the “band” plays, and what material it selects. According to one of the artist / inventors, the Cybraphon is a “tongue-in-cheek comment on people’s obsession with online celebrity. We modeled it on an insecure, egotistical band.” That’s our favorite kind! And you know, the thing doesn’t sound half bad. Check it out for yourself after the break.
Like an aspiring indie band, the Cybraphon has many instruments, plays them on an irregular schedule, likes to have an audience around it — and obsesses over comments on its blog, the number of friends it has on Facebook and how many fans follow it on MySpace.
The difference is that it is a handcrafted musical robot and one whose emotion meter swings from delirium to desolation based on its online popularity at any given moment.
“The Cybraphon has an almost egotistical desire for fame,” says Simon Kirby, one of the creators of the robot.
When the needle hits rapture, the Cybraphon’s built-in orchestra of mechanized acoustic instruments clang in harmony to belt out an upbeat tune. But without online attention it slips into dejection and spews out a sad melody.
Three U.K. based artists — Kirby, Ziggy Campbell and Tommy Pheron — built the robot over eight months using a £5,000 grant. It’s a mechanical marvel that stuns with its attention to detail and construction. An antique wardrobe houses more than 60 robotic components including musical instruments such as cymbals and an organ as well as electronic parts including a PC and a controller. Kirby and his colleagues first created a sketch of what they wanted and then sourced the parts from antique stores, junk shops and donations.
The Cybraphon’s emotions are accessible via a Twitter feed but also appear on a on a 100 year-old galvanometer housed in the wardrobe (pictured above).
Kirby says the Cybraphon is devised as a “tongue-in-cheek comment on people’s obsession with online celebrity.” And it is almost Julia Allison-esque in its quest for atttention. The device scours the web all day looking for mentions of itself and tracking how many friends it has on Facebook and MySpace.
“It is happy when it feels its popularity increases but is miserable if it is being ignored,” says Kirby.
The musical instruments inside the wardrobe include an Indian classical instrument called a Shruti box, an organ and cymbals. But they had to be tweaked to play on their own. The team attached a motor-driven crank to the drives of the Shruti box and modified it with 13 robotic servos. The organ was retro-fitted with robotic keys while a fan pumps air through it. Cybraphon includes 12 chimes that are struck by suspended solenoids and percussion instruments that are hit by beaters attached to motors. A custom made vinyl record is cued to play through antique brass gramophone horns.
The Cybraphon also has infra-red based motion detectors to sense when there are people around it. It then comes alive, playing the music that is driven by its current mood.
“The Cybraphon is switched on all the time but it really wakes up when someone walks up to it,” says Kirby.
The brain of the system is a Macbook Pro notebook hidden inside one of the drawers of the wardrobe. “That, a few Arduino boards and lots of wire,” says Kirby.
The computer runs software written in Python and MAX/MSP to monitor the web and update Cybraphon’s emotions according to its rate at which its popularity is changing. “The software takes email alerts from Facebook, Google and so on, processes them and compares the current activity to that in the last 24 or 48 hours to calculate the rate of change,” explains Kirby.
But no matter how much attention the Cybraphon gets, it always eventually slips into depression, says Kirby. That means online attention could cheer up the Cybraphon in the short term but once the initial excitement dies down, the robot is disillusioned. “We modeled it on an insecure, egotistical band,” he says.
Though the Cybraphon’s current mood is accessible via Twitter, and you can follow it on Facebook or MySpace, its music is not available online. However, you can watch a demo video of it below.
“A streaming feed, although perhaps a nice idea, is possibly too literal,” says Ziggy Campbell, one of the creators of the Cybraphon. Regular bands don’t stream live performances all day long and neither does Cybraphon. It keeps things more exclusive.”
The Cybraphon will be shown at the Inspace gallery in Edinburgh during the Edinburgh Art Festival in August.
Campbell says the Cybraphon’s continued existence amuses him. “Bands by their very nature tend to be volatile and prone to implosion,” he says. “I’m surprised that the Cybraphon, a highly neurotic beast with some questionable electrical wiring, hasn’t hit self destruct yet. ”
We essentially can’t get enough of advanced robots doing things that look human — probably in the same way we can’t get enough of pretending our dog understands English. Anthropomorphism aside, Toyota’s humanoid running robot is really impressive. It’s got a super impressive sense of balance, and he’s quite fast on his feet — running at an average of 7 km an hour (yes, that’s faster than ASIMO can run), too. We can say with 100 percent certainty that we’d like to hang out with this guy — check out the video after the break.
Who’s this little guy? Oh, that’s just Robochan — the Kondo KHR-2HV bot with a fully-functioning iPhone 3GS fused to his head. Not interested? Well, hear us out — because we, too, have seen many an iPhone mod project in our day, leaving us jaded, easily susceptible to waking in the middle of the night to find ourselves shrieking out “fanboy!” for no reason, and finding that in general at this point — merely cranking the word iPhone into your DIY project is the easiest way to send us to Snoresville. But we’ll admit it: Robochan drew us in within ten — nay, five — seconds. His dance moves are killer, and his faces have stolen whatever remnants of a heart we had left. So take our advice: watch the video, which is after the break.
Leave it to the military to dream big. In its recently released “Unmanned Aircraft Systems Flight Plan 2009-2047” report, the US Air Force details a drone that could fly over a target and then make the decision whether or not to launch an attack, all without human intervention. The Air Force says that increasingly, humans will monitor situations, rather than be deciders or participants, and that “advances in AI will enable systems to make combat decisions and act within legal and policy constraints without necessarily requiring human input.” Programming of the drone will be based on “human intent,” with real actual humans monitoring the execution, while retaining the authority and ability to override the system. It’s all still extremely vague, with literally no details on exactly how this drone will come into existence, but we do know this: the Air Force plans to have these dudes operational by 2047. We’re just holding out to see what those “classified” pages are all about. [Warning: read link is a PDF]
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The Cybraphon also has infra-red based motion detectors to sense when there are people around it. It then comes alive, playing the music that is driven by its current mood.
