Archive for advance robot

Surf’s Up For These Robo-Penguins

robot-penguin_festo

So surfing dude penguins are not far off after all.

AquaPenguins were unveiled this week in Germany during the Hannover Messe Trade Exhibition. Festo Bionic created these robots using flexible fiberglass to mimic the real animals’ swimming movements. A sonar-type system allows these robo-animals to swim around autonomously. Quite a feat for mechanical animals I must say.Though ultrasonic transmitters are the ones that direct the AquaPenguins around the space they swim in.

Are we seeing a sequel entitled, March of the Robo-Emperor?

To see these arctic machines in action, click video below.

Kobie – The Robotic Koala Bear

Kobie is a robotic Koala Bear created by the Electronics and Telecommunications Research Institute of Korea. It can react to touches, voices, and even recognize human faces. Kobie is the most technological robotic pet made in Korea. They hope that this toy will help to better create a smarter, friendlier, and more affordable humanoid robot.

Kobie uses sensors hidden inside his furry frame to detect light, sound, touch, and shift his posture. These sensors send a wireless signal to a server nearby, like a personal computer, which then analyzes the data and sends orders back to Kobie. His reactions are extremely lifelike, when the light is bright he squints’ his eyes, when he is touched roughly he shows fear, and when he is yelled at he hides his head. This robotic pet can actually figure out whether he is liked or not.

The ETRI of Korea chose a Koala Bear because of this marsupials known laziness. The idea was to create a pet animal that the owner didn’t expect to perform a lot of actions. If they had created a dog they knew the owner would expect the robot to have the ability to perform tricks, run, jump, and possess other canine qualities. But with a Koala Bear they knew the only expectation would be that of the reactions from one on one care given by the owner.

This technology is amazing and shows the possibilities of automated responses within other robots such as a humanoid. Kobie can be manufactured for approximately $1,104 USD, but currently Korea has no plans to produce them for retail purchase. The idea behind Kobie was for research and experiment. With such a cute gift item maybe Korea will go ahead and put Kobie on the market, I bet he would be a hot seller.

iRobot Looj

iRobot Looj

iRobot Looj

iRobot Looj is the real thing and safe way on clean your gutters. Your gutter needs maintenance to avoid water damage, overspills and ice dams. Also an added precaution to avoid dirty gutters creates a breeding ground for carpenter ants, mosquitoes and other pests.

This saves your life from falling on the ground while reaching over your gutter and lessens your work of climbing and repositioning a ladder several times. Also reduce your burden of carrying so many tools that are too heavy that may cause you to kiss the ground. It makes your gutter cleaning fast and easier.

Imagine, it cleans your gutter in just minutes not an hour. And if you think gutter cleaning is a dirty and unpleasant job, this iRobot Looj will replace you from your anguish. This is the only and easiest way to keep your gutters free-flowing all year round. Plus you only use remote control to manage the cleaning.

Its Wireless remote control has a 75-ft. range, moves the Looj forwards and backwards, and changes the rotational direction of the auger to ensure complete debris removal. Looj attaches to an included belt clip to free up your hands and make it easier for you to climb a ladder. It uses a high power, rechargeable battery pack.

Search and pick them up in a minute, deal here.

[amtap amazon:asin=B000WL4QAW]

Black-I Robotics Landshark DUCGV

Black-I Robotics Landshark DUCGV (unmanned crossover ground vehicles) are faster, stronger, and more affordable than most robots on the market today. The design has been recognized for its use in military operations and has been awarded an $800,000.00 contract from the U.S. Governments Technical Support Working Group (TSWG). They plan on developing and testing low-cost, robust, and mid-size unmanned ground vehicles that can be used for defense and homeland security operations.

Black-I Robotics utilizes (COTS) commercial-off-the-shelf in conjunction with propriety hardware and open source (JAUS) software. This technologically scalable core robot chassis makes it adaptable to several major markets. Applications can be used to assist First Responders, military and non-military EOD, SWAT, hazmat, physical security, firefighting, search and rescue, reconnaissance, battlefield casualty extraction, surveillance and target acquisition. With integrated software technology Black-I Robotics intends to create the most adaptable and affordable unmanned ground vehicles on the market.

Brian Hart founded Black-I Robotics Inc and incorporated it in 2006 in Tyngsboro, Massachusetts. He was a senior executive in pharmacy automation when his son, 20 year old PFC John Hart, was killed in action in an unarmored Humvee near Taza, Iraq, in October 2003. He left a Fortune 50 Pharmaceutical company in 2004 to push Congress for safer military vehicles. His development of the Landshark DUCGV is in hopes that there will be less military causalities and less families suffering from that type of loss.

For more information on Black-I Robotics visit:

http://www.blackirobotics.com/

The BEAR – Vecna’s Lifesaving Humanoid Robot

The BEAR or Battlefield Extraction-Assist Robot is a search and rescue marvel. This humanoid style robot can rescue people in dangerous situations while avoiding the possibility of losing more human life. It was initially created for battlefield extraction but has been recognized for its other possibilities. Being the same size as an average man it can travel places that are not safe for humans but with the ease of a human. It can enter unsafe buildings and structures as well as biologically or chemically contaminated areas and search for survivors. It has the capability of lifting up to 500 lbs, making it possible to remove debris and carry most any human to safety.

The BEAR is created using three elements, an extremely powerful hydraulic upper-body, high mobility tracked legs, and dynamic balancing behavior (DBB) that allow it to balance upright on its ankles, knees, or hips. The hydraulic upper-body is similar to common “earth moving” equipment only in a smaller scale. The dynamic balancing behavior makes it possible for the BEAR to maneuver over any terrain, combined with the independent tracked legs it can travel on its knees or with its legs flat on the ground across treacherous areas while carrying a human body.

Applications:

  • Casualty Extraction
  • Building evacuation
  • Long-distance transport
  • Search & rescue
  • Hospital patient transfers
  • Eldercare mobility aid
  • Hazardous materials handling
  • Mine rescue
  • Logistics & heavy lifting
  • Zero-infrastructure warehouse automation

Vecna originally received funding from TATRC, the Army’s Telemedicine and Advanced Technology Research Center. Originally the BEAR was considered to be limited to battlefield extraction. Once the BEAR prototype was tested, the possibilities for this innovation started to surface. Vecna now promotes the BEAR to be useful in healthcare as a “Transfer Bot”. They would work with patients who suffer from mobility impairment in hospitals and nursing homes, assisting in lifting and moving the patients thus providing a better standard of care. Currently the BEAR is completely controlled by a human with remote access but plans for the BEAR include creating semi-autonomous actions which would allow for the BEAR to complete a task without the need of human guidance.

You can read more about the BEAR at Vena’s website http://www.vecnarobotics.com, Vecna has many great innovations and ideas that can change the world and attempt to make it a safer and better through the use of robotics.

The BEAR is shown here carrying a soldier from danger.

The BEAR is shown here carrying a soldier from danger.