#exosceleton

this is the project vish deo showed with a series of detail perspective drawings - a unitized curtainwall with brackets to hold a screen.

The building consists of a pre-weathered raw-steel exoskeleton that wraps the body of the arena.

This Man Who Was Paralyzed For 4 Years Can Finally Walk Again With A Mind-Controlled Exoskeleton

Someone once said that the greatest inventions are those made to ease the life of others. And this time, we’re not talking about some conventional things made for the convenience of the masses, no. This time, all the undivided attention goes to the scientists putting all of their efforts to make humanity step up a level and help immobilized people walk again. Sure, it may seem like it’s straight…

If, for some reason, you came here for the first time but you are too lazy to read about all the ExoLover stuff, then Victor Ubugunov, founder and CEO of the project, gave an interview to the Fox Business, in which he spoke about the project clearly and in details.

In an interview, Victor raised the subject of the exoskeletons work, and also clearly covered the blockchain theme. So, if you didn’t know how cryptocurrency and innovative sex related, then watch the video below and see the detailed explanation.

Major Upgrade to Infantry Soldiers Equipment

The French army has been upgrading the equipment of its infantry soldiers - including a new troop carrier and advanced personal gear. The Army unveiled for public display on July 14 the Griffon multi-role troop carrier, one of the vehicles driven in the Bastille Day parade. Griffon relies on

A group of scientists from Korea University and Berlin Technical University made a prototype of an exoskeleton that can be controlled by only the wearer's thoughts. A person who is wearing the exoskeleton may perform basic movements using their exo-legs: move forward, back, left and right, and also sit down and stand up. The system consists of the "brain-tech" interface, a cross-piece with five light-emitting diodes (LEDs), and EEG technology. The LEDs flash with different programmed frequencies, for instance, a 9 Hz frequency for moving forward. When the operator concentrates their attention onto one of LEDs, specific biological potentials appear in their brain. The EEG detects of them and sends signals to the "brain-tech" interface, which moves theexoskeleton.