The robot's overall installation is a mechanical structure and can be called a kinetic chain (its function is similar to a human skeleton). The chain consists of links (bones), valves and actuators s (muscles), and joints that can allow degrees or degrees of freedom. Most contemporary robots use open chain sequences in which each link connects between the last and subsequent links. These robots are called serial robots, often resembling the human arm. Some robots, such as the Stewart platform, use a closed parallel kinetic chain. Other structures, such as those that mimic the mechanical structure of humans and different animals, are relatively rare. However, the development and use of such structures in robots is an active field of research (eg biomechanics). Robots are used as processors as their ends are linked to the last link. This transponder which is finally located can be anything from a soldering device to a mechanical hand used to process the environment.
Power Source Edit
At present most robots are used (lead batteries) but potential energy sources can be:
Pneumatic (compressed gases)
Hydraulic (Compressed Fluids)
Flywheel energy storage
Organic waste (through anaerobic digestion)
Feces (human and animal); may be interesting in military context as the feces of small combat groups that can be used to meet the energy needs of the robot helper (see Project Deica's Slingshot Engine Stirling Engine for how the system operates)
Sources of energy are still untested (eg cell, atmosphere ...)
Rechargeable battery sources such as Arab gameplay (such as the suggested Ford car for the '50 '), and other sources such as those suggested in films such as the Red Planet : D