Robotic Leg
   HOME

TheInfoList



OR:

A robot leg (or robotic leg) is a mechanical leg that performs the same functions that a human leg can. The robotic leg is typically programmed to execute similar functions as a
human leg The human leg, in the general word sense, is the entire lower limb (anatomy), limb of the human body, including the foot, thigh or sometimes even the hip or Gluteal muscles, gluteal region. However, the definition in human anatomy refers only to ...
. A robotic leg is similar to a prosthetic leg. However, a robotic leg can be controlled electrically or mechanically. To have the robotic leg emulate human leg behaviors, surgeons must redirect the nerves that previously controlled some of the person’s lower-leg muscles to cause the thigh muscles to contract. Sensors embedded in the robotic leg measure the electrical pulses created by both a re-innervated muscle contraction, and the existing thigh muscle.


Mechanism

A robotic Leg attaches to an individual who has had a lower extremity amputation—of a portion of a leg or foot. Doctors and technicians measure the remaining limb structure and of the person’s prosthesis to ideally fit the robotic leg. After they attach the robotic leg, they embed the sensors in the robotic leg that measure the electrical activity created by re- innervated muscle contraction, and existing thigh muscle.


Applications

Robotic legs have become a popular target of research and development in the past few years. Robotic legs can be applied to people who have had limb amputating surgery caused by a major trauma, or a disease like cancer. Robotic legs have also seen much applicable use in military combat injuries. Massachusetts Institute of Technology (MIT) has been working to create a “bionic” or robotic leg that can function as if it had organic muscles.Is This the Future of Robotic Legs?
/ref>


References


See also

{{commons category, Robot legs * Robot arm *
Legged robot Legged robots are a type of mobile robot which use articulated limbs, such as leg mechanisms, to provide locomotion. They are more versatile than wheeled robots and can traverse many different terrains, though these advantages require increased ...
Robotics