Hitachi ROPITS transport robot takes you where you choose on your tablet (video)

Hitachi ROPITS transport robot takes you where you choose on your tablet video

Those who need assisted transport have few options for getting around city sidewalks beyond a wheelchair. Hitachi thinks its ROPITS (Robot for Personal Intelligent Transport System) could provide a slicker approach — and make those of us on foot rather jealous, quite frankly. Steering the single-seater is just a matter of picking a destination on a smartphone or a tablet and letting the pathfinding system figure out the rest. The robot can even come to the owner, if that’s too much of a trek. ROPITS won’t be much of a risk to pedestrians at a 3.7MPH traveling speed, but it should be a good citizen with both a stereo camera and laser rangefinders to avoid collisions and gauge its position better than GPS alone. If Hitachi’s ongoing testing proves the viability of the concept, we may never have to worry about how we’ll get around the neighborhood.

[Image credit: Nikkan Kogyo Shimbun, YouTube]

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Via: Asahi Shimbun

Source: Hitachi (PDF, translated)

HERB the Robot Separates Oreo Cookies

The latest contraption to separate the cookies and cream from Oreo cookies is a robot named HERB, Carnegie Mellon’s butler ‘bot. He was built for performing household tasks, and what task could be more important than separating Oreo cookies?

oreo robot

HERB prefers the cream over the cookie, even though he’s a robot. Watch HERB work his magic on some Oreos in the latest Oreo Separator video. The team at Carnegie Mellon had HERB try a few different methods before they found the right way to do it.

At one point he can be seen stabbing the cookies with a kitchen knife. I’m glad that didn’t work – the idea of a robot with a razor sharp knife doesn’t sit well with me. Eventually they settled for the grab and twist method. I love how he pronounces the word Oreo. It sounds a bit like the HAL 9000.

[via Geekosystem]

Robot Has Internet As Its Brain

Robot Has Internet As Its BrainWe have certainly seen our fair share of strides made by scientists where the robotics industry is concerned, and this time around, how about a robot that has an above average intelligence? Now how can this be so, you ask? Well, it seems that this robot brain will not only be confined to a microchip or single processor, but rather, it will also depend heavily on what the “Internet” offers. This spanking new project by European Robo Earth intends to close the gap between robot and human intelligence, using the Internet to help robots when it comes to their thinking and decision making processes.

Along the way, this group of scientists have come up with a web-based database of information that is known as Rapyuta, where this database will hold descriptions of objects that the robots have come across, while offering a degree of computational assistance along the way. This is hoped that it will help make robots smarter as well as cheaper, since it would reduce the burden of processing on the robot itself. What do you think of such a database, will it be able to do its bit in making SkyNet a reality?

By Ubergizmo. Related articles: Robots Can Now Ask For Computational Help Via Web-based Database, Cheetah Robot At The MIT ,

High school engineers construct disc-shooting robots for competition

High school students from all around New York competed in the FIRST Robotics Regional Championship at the Javits Convention Center. FIRST stands for “For Inspiration and Recognition of Science and Technology.” These students constructed robots and competed with each other in order to take the 1st place spot and secure their position at the FIRST Robotics National Championship in St. Louis. These events are meant to show students the importance of science and technology.

High school engineers construct disc-shooting robots for competition

Joel Bianchi, the coach of the Harlem Knights, stated, “They struggle with seeing how some of the things they learn in school, like math or science, are really applicable or important.” By constructing the robots for this event, the students are able to see the practical uses of math and science in the real world. Julia Lapino, the captain of the Cyber Warriors, stated, “You see technology very often, like phones and stuff. We don’t think about it, but once you learn how to build it, you appreciate it so much more.”

This year’s competition, the students had to implement flying discs into their robots. The game was called “Ultimate Ascent” and robots had to shoot their discs as far as possible, and also climb up the pyramids on the field in order to score points for their teams. Students were given six weeks to construct their robots. During the competition, the students would work from pits in order to apply any last-minute changes and alterations to their robots before they’re sent off to battle.

The competition encouraged creativity. The students were met with a lot of problems while constructing their robots, and they had to think “outside of the box” in order to come up with solutions. During the event, there were little issues that plagued their robots, causing stress among the students, but in the end, it was a great learning experience. The FIRST program is working to encourage students to venture into careers related to technology and science. Some students who participate at these competitions are even offered internships with the corporate sponsors of the event.

[via NY1]


High school engineers construct disc-shooting robots for competition is written by Brian Sin & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Cheetah Robot At The MIT

Cheetah Robot At The MIT We have seen some cheetah robots in the past, but this time around, here is another of such robots, although it will not hail from DARPA or other defense arms, but rather, from the hallowed halls of the MIT itself. Touting a 70-pound “cheetah” robot that was specially designed by MIT researchers, this particular cheetah robot could eventually outpace its animal counterparts where running efficiency is concerned.

Not only that, the researchers realized along the way that the robot itself, which is not too far away from the size and weight of a real cheetah, actually uses energy extremely efficiently, wasting very little of it, where it trots continuously for up to an hour and a half at a speed of 5mph. What makes this particular robot achieve such a streamlined stride? A clever combination of lightweight electric motors that have been set into its shoulders, where it manages to produce high torque without wasting much heat at all. What kind of use would you be able to think of with this MIT-sourced cheetah robot?

By Ubergizmo. Related articles: Robots Can Now Ask For Computational Help Via Web-based Database, Paintbot Relies On Hashtags For Ammo,

Bartendro robot is an interesting mix, pardon the pun

Your local bartender might have a thing or two to say about the Bartendro robot mixologist, especially in these economically trying times, and to be made redundant at the workplace because of technology is definitely quite a bummer. The thing is, the Bartendro robot mixologist does not look as though it is going to replace the bald man behind the counter, wiping glasses, anytime soon, considering how one of the main draws of a local pub would be the bartender himself who lends a shoulder to cry on during times of trouble among its clientele, as well as offers some sagely advice from time to time.

Still, to see a robot function as a bartender is something else, but do not expect the Bartendro to be some sort of protocol droid like C3PO which you see in Star Wars. No sir, it will seem to be more of a contraption, but is a robot at the very base. Thanks to the presence of a Raspberry Pi processor, it is capable of crafting up a wide range of cocktails, as long as it carries the relevant information in its database.

The Bartendro robot is said to be able to handle up to 15 bottles of booze and mixers simultaneously, and is capable of dispensing precision cocktails in a swift turnaround time of under 10 seconds. Of course, the lack of a human touch will not see the Bartendro take over the human bartender duties anytime soon, but I suppose at clubs where folks just want to get a shot of their favorite poison without having to go through the motions of talking to other folks, will find some solace in the presence of the Bartendro.

Other than the Raspberry Pi processor, the Bartendro robot mixologist will also comprise of other parts such as peristaltic pumps, custom electronic dispenser boards, and food-grade tubing. Capable of churning out 200 cocktails in an evening, you can be sure that this is one robot which will not hit on your girlfriend, but neither is it capable of breaking up fights. Fancy getting the Bartendro? You will have to fork out a rather handsome $2,499 for it.

Source
[ Bartendro robot is an interesting mix, pardon the pun copyright by Coolest Gadgets ]

Mars Curiosity rover is no longer in safe mode, says NASA

On March 1, we reported that NASA’s Mars Curiosity rover had experienced its first big problem, an issue with a corrupted on-board computer that prevented the robot from going into sleep mode. Fortunately, the machine has a secondary backup computer, but the malfunction prompted Curiosity to be put into Safe Mode as a precaution. NASA announced earlier today that it has been transitioned back into its active status.

NASA handout image of the Curiosity rover on Mars

The process happened over the period of about a week, which the space agency had initially stated would be the estimated transition period during which operations were switched to the secondary computer. The cause of the corruption is still being determined, but word has it that space radiation could be to blame.

The corruption issue was limited to the computer’s memory, and so NASA is in the process of getting it back up and running to use as the backup computer for the secondary side, which is now in use. The secondary computer is known as the “B-side,” while the first computer is known as the “A-side.” This is the worst problem the rover has encountered over the last seven months.

Said NASA’s Mars Science Laboratory Project Manager Richard Cook, “We are making good progress in the recovery. One path of progress is evaluating the A-side with intent to recover it as a backup. Also, we need to go through a series of steps with the B-side, such as informing the computer about the state of the rover — the position of the arm, the position of the mast, that kind of information.”

[via NASA]


Mars Curiosity rover is no longer in safe mode, says NASA is written by Brittany Hillen & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Curiosity rover leaves safe mode, remains in Martian limbo

Curiosity rover leaves safe mode, remains in Martian limbo

The Curiosity rover has been in an especially precarious position since late last week, when a memory glitch forced it into a safe mode while NASA prepared a backup and diagnosed the trouble. We’re glad to report that the worst is over. Scientists have confirmed that the rover left safe mode on later on Saturday and started using its high-gain antenna for communication a day later. However, it’s not quite out of the woods yet — if Mars had woods, that is. The backup is still taking on the information it needs to assume full responsibility, and NASA wants to evaluate the suitability of the one-time primary computer as the new backup. Nonetheless, all the early indicators point to Martian exploration going back on track within days.

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Source: Jet Propulsion Laboratory

Panasonic subsidiary, Activelink, in alliance with Mitsui Corp. to make exoskeleton power-assist robots

To expand their capabilities in the power-assist robot business, Panasonic subsidiary, Activelink Co., Ltd. and Mitsui & Co., Ltd. agreed to form a business and capital alliance.
Activelink was established as a subsidiary company of Panasonic in July in 2003 and does customized development of exoskeleton / power-assist robots, including the “POWERLOADER” dual arm power amplification robot. Some ideas in the power assist robot development area being explored include the …

Neato Robotics XV Signature vacuums debut

Neato Robotics has unveiled the new XV Signature series robot vacuum cleaner. The company has also unveiled the XV Signature Pro with both new models featuring the company’s square front, low-profile design. The robotic vacuum cleaners are both designed to be able to go under furniture and into corners to pick up the most dirt and pet hair possible.

xvsig

The vacuum cleaners are programmable allowing them to come on and clean on the schedule the owner programs. The vacuums can be set up for daily cleanings, spot cleanings, and will begin to clean instantly at the press of a button. Both of the robotic vacuum cleaners use advanced laser-guided navigation to map the room.

Using that information, the vacuum cleaners are able to choose the smartest cleaning path and the tech avoids stairs as well as furniture. The vacuum can return to its charging station to recharge its batteries and remember where it stopped cleaning allowing it to return after the batteries are full. The XV Signature series promised to pick up 50% more dust than previous models.

The high-powered vacuum picks up dirt, debris, pet hair, dander, and microscopic fibers. The vacuum will work on carpet, wood, tile, and rugs even if those rugs have fringe. The vacuum has integrated filters to remove allergens from the air in the home and particles down to 3 µ in size. The vacuum series use bagless designs. The XV Signature Pro will sell for $449 while the XV Signature sells for $399. The difference between the two models appears to be that the Pro has a combination brush and a blade brush for superior cleaning on multiple surface types.

[via Neato Robotics]


Neato Robotics XV Signature vacuums debut is written by Shane McGlaun & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.