Showing posts with label most latest robots 2010. Show all posts
Showing posts with label most latest robots 2010. Show all posts

Friday, October 22, 2010


The latest invention from scientists at the Lund University in Swedenand Scuola Superiore Sant'Anna in Italy is called the Smart Hand. The device is a new type of prosthesis hand that can really offer a sense of touch. It features four motors and 40 sensors developed to offer the hand practical motion as well as allow the person to actually feel the object that the robotic hand touches.
It is worth mentioning that the Smart Hand is the world's first gadget of its kind that is able to transmit signals back to the brain, thus providing the user the sense of touch. The device takes advantage of the so-called phantom limb syndrome, which refers to the feeling experienced by the amputees who have the sensation of their missing body being still in its place.
Researchers use the signals that come from the brain and go through neurons to the site, where the amputation has taken place, and direct them to the mechanical part of the Smart Hand, reports BBC. The sensors included in the mechanical hand are connected to the nerve endings found at the base of the arm, thus patients are able to feel and take control of the device.
Surely this latest invention is yet too far from becoming a device that works as a normal hand, mainly because there are millions of nerves within a real hand. Researchers worked about ten years on the Smart Hand project. The team collaborated with scientists from Denmark, Israel, Ireland, and Iceland. In the near future the mechanical hand is expected to have some great improvements. In fact, some researchers believe that over the next decade people will be able to use prostheses that would look much like their biological analogues. Below you can see the video of a patient testing the device.

Muscle Suit (Easily Lifts Heavy Cargo)

If you like this invention then vote for it here.
A wide range of robots can now be observed in Tokyo, where the International Robot Exhibition 2009 has recently opened with 192 companies along with 64 organizations from the land of the rising sun and overseas presenting their new inventions.
The exhibition takes place at the Tokyo's Ariake district and one of the most impressive machines presented there is called the "Muscle Suit," which was created by engineers from the Tokyo University of Science's Kobayashi laboratory.
The robot caught the attention of the audience after it managed to easily lift a 50-kilogram bag of rice. The new invention makes use of air pressure to contract and relax the rubber muscles. It is worth mentioning that due to the economic recession, Japanese companies decided to create robots that would be useful rather than aesthetically attracting.
The new invention of researchers from the Kobayashi laboratory could help people with physical disabilities and the elderly. In addition, the machine could be used to ease the work of factory employees.
The exhibition also presented other robots that can carry out dangerous and heavy work. One of these machines was presented by Fuji Heavy Industries Ltd. The company's new invention can be used to introduce toxic agricultural chemicals into the soil, which means that farmers' risk of getting sick is significantly decreased, informs The Mainichi Daily News. The MOTOMAN robot revealed by the Yaskawa Electric Corp. can quickly lay bricks with its two arms.
The robot exhibition will be opened until Sunday, November 29th.

Family Nanny Robot by Chinese Robotics Company

Siasun, a Chinese company that specializes in robotics, came up with the Family Nanny robot that not only looks cute, but also has a myriad of useful features. For example, it can detect gas leaks, call the police, text message or call the owner in case of emergency and chat with you whenever you feel lonely.
In addition, the battery used by the robot needs just 2 hours to reach a full charge andrun for 8 hours. Although the company already announced the price for its robot, which is $1,500, the Nanny will be commercially produced in 5 years.
The initial goal of the robot's developers was to create a machine that would be able to take care of the elderly. In case of emergency the Family Nanny can also send remote signals to people that are near the house, so they could call for help, reports Plastic Pals.
In future the Chinese robotic company looks forward to create robots that could help during natural disasters, using their robotic perception to be able to identify earthquakes, locate mine victims and more.

BallP - This Robot Can Balance on a Ball


The most impressive feature of this robot is its ability to balance on a ball. Dubbed BallP, or Ball Inverted Pendulum, this robot makes use of motors, micro-step controllers and gyroscopeswith incorporated accelerometers to be able to balance upright on the sphere.
It is worth mentioning that BallP was created by Dr. Masaaki Kumagai, director at the Tohoku Gakuin University's Robot Development Engineering Laboratory. The ball driving mechanism makes use of three omnidirectional wheels that were created at Japan's R&D institute RIKEN. Using its omnidirectional wheels, the robot can spin around its own axis and easily move to any direction.
Being 1 meter tall and weighting 7.5 kilograms, this robot is able to carry heavy cargo on its head. Make sure to check the video below in order to see the robot in action. The ball in the video is a bowling ball that weights 3.5 kilograms.

US Advanced Military Robotic Suit

Researchers and engineers from the major defense contractor and industrial corporation in the United States,Raytheon, are currently working on a technologically-advanced military robotic suit, which could help American soldiers in battles.
The group of scientists and engineers is led by Dr. Stephen Jacobsen, who mentioned that the in its essence, the new exoskeleton represents a wearable robot that can considerably increase the strength, agility and stamina of a soldier.
According to Dr. Jacobsen the robotic suit features sensors, actuators and controllers, all of which help the person wearing it to easily carry another person on his back.
The exoskeleton also allows a soldier to lift a weight of up to 200 pounds (about 90kg) several hundred times without getting tired.
"Yet, the suit is also agile enough to let its wearer kick a soccer ball, punch a speed bag, or climb stairs and ramps with ease,"the researcher added.
Check out the video below to see the testing of the new robotic suit.

Robotic Suit to Opens Doors of Collapsed Buildings



 Recently BL Autotec, a Japanese company that focuses on robot production, has unveiled a remote-controlled machine hand that is able to safely open different doors in emergency situations by simply griping and turning the doorknobs in collapsed structures, informs CrunchGear.
The robotic hand can prove to be useful especially during nuclear, biological and chemical catastrophes. It is worth mentioning that a person can wear the robotic platform on the back.
The Japanese robot manufacturer has equipped its 34kg robot with a built-in CCD camera, as well asLED lighting, allowing the machine to be operated remotely in low light areas with ease. Using its four shafts, the robot can move various dangerous materials.
It can also be adjusted for different industrial applications. It is expected that the robot will hit the market by 2013 and be available at a price of $110,000.

Mahru-Z - Robot to Done House Chores

Meet Mahru-Z, a robot that was developed by South Korean researchers to help you clean your house and wash your clothes. The walking robot with a human-like body has a 3D vision and besides being able to throw clothes in a washing, it can heat the food for you in a microwave, pick up cups, and other objects it senses.
The head, arms, legs and even fingers can move and its 3D vision helps the machine identify tasks that have to be undertaken. According to Korea Times, Mahru-Z represents the latest model from Mahru robots line.
"The most distinctive strength of Mahru-Z is its visual ability to observe objects, recognise the tasks needed to be completed, and execute them,"said You Bum-Jae, the lead-researchers in the cognitive robot centre at the Korea Institute of Science and Technology.
It took the Korean scientists about 2 years to create the 1.3-meter tall robot that weights 55 kilograms. The machine can be remotely controlled via a computer server.
Mahru-Z can also be used in situations that are dangerous for people. However, the robot is not going to be mass produced yet and there's currently no information on when it will hit the market.
Each year, scientists from the institute spend about $3.8 million on robot research, obtaining funds for their project form the Korean government since 2006.

New-Generation Humanoid Space Robot

NASA teamed up with General Motors to create new type of robots to serve two main goals - help astronauts and make vehicles. The Robonaut 2 (R2) is quicker, more skillful and technologically outruns robots developed before.
According to Mike Coats, director of the Johnson Space Center, the main idea is to create machines that would help humans explore space and help in the construction field.
Alan Taub, GM's vice president for global research and development, said that for the American automaker such robots would help create safer cars and more secure and technologically advanced plants.
The first version of the robot, Robonaut, was a humanoid robot built 10 years ago for space travel. The second generation robot is more dexterous and much stronger, being able to lift 20lb weight at arm's length, which, according to NASA, by four times exceed the weight other dexterous robots were able to 

Wearable Robot Opens Doors in Emergency Situations

Japan has always been one of the leading nations in terms of robotics field development, creating machines that would not only catch your attention with their design but also assist humans in various operations.
Recently BL Autotec, a Japanese company that focuses on robot production, has unveiled a remote-controlled machine hand that is able to safely open different doors in emergency situations by simply griping and turning the doorknobs in collapsed structures, informs CrunchGear.
The robotic hand can prove to be useful especially during nuclear, biological and chemical catastrophes. It is worth mentioning that a person can wear the robotic platform on the back.
The Japanese robot manufacturer has equipped its 34kg robot with a built-in CCD camera, as well asLED lighting, allowing the machine to be operated remotely in low light areas with ease. Using its four shafts, the robot can move various dangerous materials.
It can also be adjusted for different industrial applications. It is expected that the robot will hit the market by 2013 and be available at a price of $110,000.

New Helpful Robots by Matsushita



































   It seems being able to forklift old people is of great concern in Japan. Just last week we saw the Power Assist Suit and now Matsushita, also known as Panasonic in the US, has developed two new prototypes along the same lines as robotic arms that, well, can forklift old people. The first robot has two pairs of arms, one to lift a person’s legs and the other for the head and torso. The second robot is more like a bionic arm, able to help persons with disabled arms by synchronizing the movements of the disabled arm with their healthy arm.

Thursday, October 21, 2010

Now Robots will Done Doctor's Job



















  In New Zealand, researchers are getting quite excited at creating robots that will replace Dr's and some of their lower tasks to keep their workload smaller. The robots will be programmed with the ability to take blood pressure, heart beat and helping patients in letting them know what's happening and why they are waiting around for hours on end with no answers from the Dr's.
A new robotic research lab was opened in Auckland which will provide the path to a more automated health service. These robots will be able to interact with patients as they use speech recognition tools to communicate allowing the patients to feel "more at ease" with these robots. $1.8 million has been put forwards for this research along side another 3.7 mil from the Korean side who is working on this joint project.

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