2011 Las Vegas. Un hombre convertido en cyborg. El periodista de tecnología Evan Ackerman fue la primera persona en los Estados Unidos en probar el robot de exoesqueleto híbrido de extremidades de asistencia, o HAL, fabricado por la compañía japonesa Cyberdyne. Varias empresas y laboratorios de Estados Unidos y Japón están trabajando para desarrollar un esqueleto robotexoscópico que ayude a las personas a volver a dar más movilidad o a las personas con discapacidad con más fuerza.

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Features HAL

A powered robotic suit that responds to nerve signals to the legs.
The suit itself weighs 10 kg
A lightweight frame with straps is connected to the body Electric motors act as artificial muscles
The strength of the exoskeleton can be set
The pack contains a bag with a computer and Wi-Fi card for sending data on the operation to a remote PC
Cyberdyne has been busy carrying out several tests in Japan, so is its equipment leases to hospitals and clinics for about U.S. $ 1500 per month. The user only needs to "think" of moving his or her feet - the suit does the rest. That's because the brains send signals to the muscles of the legs and the sensors detect this.

9-3-2011 New update Hal-5

Cyberdyne has now modified the suit so that it can detect signals coming from extremely weak muscles, too. According to a report in Japan’s biggest business daily The Nikkei, Cyberdyne plans to start clinical trials of the new robot suit in 2012.

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