ROBOT EXAMPLE PHOTO GALLERY

Nexi, Robot smart mimic the expression of the human face

Try the mirror learner. Keep smile. Now make your face as a people. example is also surprised people face. Can we?

So, what if the robots do that?

Hm .., there you with robots that can mimic expressions such as the human face?

There.

Nexi name. This smart robots mimic human face eskpresi. It can be seen resentful, angry, sad, happy, and other expressions.

Face Nexi made such as human faces. Nexi have eyebrows, eyelid, eyeball, nose, and mouth, of course. Nexi use all parts of the face, to show that the expression "in its taste." Wonderful!!! Glittering, in his forehead are a small camera to record the circumstances surrounding

In addition to forge smart and show the face of various expressions, Nexi can also perform some other brains. Nexi able to manipulate both hands. He can lift objects weighing up to about 5 kilograms.

To move, Nexi use the wheel. Although not yet equipped with the ability to run using two legs, like the ASIMO, Nexi already skittish to move anywhere.

Wonderful!!! Glittering, Nexi made by experts from the robots MIT (Massachusetts Institute of Technology). For the head, they make cooperation with experts from Xitome Design. Meanwhile, parts of the body, done in cooperation with the Laboratory for Perceptual Robotics UMASS Amherst.

Robot Flame, like Human Walking

A robot developed at the Delft University of Technology (TU Delft) Netherlands can be run similar to humans. Cradle of step again because of rigid swing techniques that use controlled overthrow the burden to the future.
Robot Flame, like Human Walking

"By adopting this method, robots are usually run with a rigid plan and be more elegant and efficient as people move," said Daan Hobbelen, head of the team that developed.

Robot given the name Flame has the weight of 15 kilograms and 1.3 meters high. He has a number of joint at the foot pedal manageable. Meanwhile, a sensor called inersia help balance the body's organs to remain stable. All seven supported the motor.

When running, swinging his feet while alternately organs penyeimbang step will be to measure the distance to not drop. With techniques such as running human, Flame can walk with 0.45 meter speed perdetik.

Hobbelen sure Flame is a two-legged robots with the most advanced at this time. How menir human steps have been organized very well. The technology can later be used to replace the peg leg of the tuna so skilled can run in a more natural foot as the original.

Micro-Robot Capable of Working In The Body

Korean scientists have created the robots that are small enough to explore the human body and driven by the heart muscle.

Sukho Park at Chonnam National University, Korea, and colleagues have designed a micro-robots driven by the cell. Park team to make the robot with the heart muscle to grow the network from a mouse on the small-frame robots are made from polidimetilsiloksana (PDMS). PDMS is a polymer biokompatibel makes robots used in the appropriate application biomedik.

A special on robots this, Park said, is they do not require an external energy supply. But the cells of the heart muscle relaxation and contraction learner who provide energy. Muscle cells get the energy own heart from a glucose culture medium. Cells that beat themselves, allowing the robot moves six feet.

This robot has three short front legs (400 micrometer long) and three feet behind the longer (1200 micrometer long), all mounted on a body segiempat. At the heart cells learner contraction, the back legs longer bend into. This difference in friction between the front foot and back foot, pressing the robot move forward. The researchers measure the average speed of robots is about 100 micrometer per second.

Park said that robots like this crab can be used in the body cavity to clean up or clog the vessel, with a release agent solvent to clean the stoppage of them.

Devinisi of Robots

Robot is a mechanical instrument that can perform physical tasks, using both human supervision and control, or use a program that has been defined first (artificial intelligence). Robots are used for tasks that heavy, dangerous, the work repeated and dirty. Usually, most industrial robots used in production. Including the use of other robots to clean toxic waste, crawl under the water and space, mining, the work of "search and please" (search and rescue), and search for mines. Later this robot began entering the consumer market in the field of entertainment, and household auxiliaries, such as vacuum cleaner, and cutting grass.

Robots have a variety of construction. Among them are:

* Mobile Robot (move)
* Robot manipulator (hand)
* Humanoid Robot
* Flying Robot
* Legged Robot
* Robot network