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Saturday, February 16, 2013

Simulation of tail lizards for rescue robots.Photos and videos

Simulation of tail lizards for rescue robots.Photos and videos

The lizard can not Rainbow "Rainbow Agama" leap from the flat surface to a vertical wall with ease. If the surface is smooth, they slip a jump. But, nevertheless, settle on the wall with all lightness. How do you do it?

The tail of this orchid is the secret key, when you jump the lizard from the rough surface does not cause slipping, keeps her balance first and keep the footer to the bottom. This helps her tend her body with the correct angle when you jump. If I jumped from the slippery surface, it remains her jump beat angle is wrong. But in Milan the body angle correct air to lift the tail up. This process is highly complex.

Says Professor Robert Bean at the University of California, Berkeley: "lizards are constantly adjusted inclination footer as in the air to keep the head upright. The more velvety surface, was forced to raise its tail to degrade gracefully.

The Rainbow lizard tail may help engineers to design robots to form a more balanced mechanism carts and flexible so as not to turn off sites, you use them in the search for survivors after an earthquake or disaster. Little scholar Thomas Libby: "robots do not have balance and flexibility. Therefore, any innovation that contributes to make the robot more stable is a step forward. "
 



تثب من سطح مستوٍ الى حائط عمودي بمنتهى السهولة. اما
اذا كان السطح أملس، فانها تنزلق وهي تقفز. لكنها، رغم
ذلك، تستقر على الحائط بكل خفّة. فكيف تفعل ذلك؟ ان
ذيل هذه السحلية هو مفتاح السر، فحين تقفز السحلية من
سطح خشن لا يسبب الانزلاق، تحافظ اولًا على توازن جسمها
وتبقي ذيلها موجهًا الى الاسفل. وهذا يساعدها ان تُميل جسمها
 

To see video of coastal and black Africa.Please visit the following link:
 



To see video of robots and lizards.Please visit the following link:
 



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