Nervous system for airplanes, helicopters, and robots
Nervous system for airplanes, helicopters and robots.
Nervous system allows the machine to self-diagnose the state of the corps and other units of military equipment (planes, helicopters), giving the pilot signal in case of overload or deformation exceed the allowable parameters. In the future, will be developed for robots and aircrafts for civilian use.
Technology is in the process of development!
Nervous system developed for combat aircraft, helicopters, and in the future will be developed for robots and aircrafts for civilian use.
Nervous system allows the machine to self-diagnose the state of the corps and other units of military equipment, giving the pilot signal in case of overload or deformation exceed the allowable parameters.
All the “nervous system” consists of a very thin optical fibers and optoelectronic sensors embedded in the composite materials at the manufacturing stage of the housing parts to combat vehicles. A network of sensors distributed across the surface of the body. In the optical fiber launched light beam and the sensors will detect the level of refraction. If a body part feels unbelievably load or a negative impact (for example, in conditions of abnormal cold in the Arctic), diffraction changes and the sensor provides a corresponding signal to the onboard computer. By analogy with the human body, that is like skin burn, frost or shock.
After processing, the signal is supplied to the pilot in the form of yellow or red, depending on the threat level of the light signal.