Earlier quoted context omitted.
I was shocked to hear this so I did some research. As it turns out, it has a lot to do with foreign subsidies, similar to solar power. Apparently up until 1981, the US had the Construction differential subsidy program [1][2] that subsided shipbuilding construction. During the Regan administration, the US eliminated subsidies whereas countries in Asia did not. Now the top 10 shipbuilding countries are in China, Korea,…
You're completely right. The U.S. is so far ahead of the rest of the world in almost all defense technologies that it's a hard pill to swallow politically that there could be one relatively-small segment (non-nuclear surface warships) that we'd be better off actually buying from our closest allies. We export so much defense equipment to our allies, that you'd think it would be okay to maybe possibly import one thing…
Robotic suit gives shipyard workers super strength
41–50 of 54 posts
Re: Robotic suit gives shipyard workers super strength
#42> it can lift objects with a mass of up to 30 kilograms. Shouldn't factory workers be able to do that anyway? Or even 60kg.
Re: Robotic suit gives shipyard workers super strength
#43Earlier quoted context omitted.
Commercial shipbuilding in the US has long sailed. The industry leaders are now Japan, South Korea, and China. Nobody in the US is even trying to keep up, because there's no way to compete with the cheap labor force and efficient yards of those countries. For the most part, the only ships still being built in the US are for the military.
I was shocked to hear this so I did some research. As it turns out, it has a lot to do with foreign subsidies, similar to solar power. Apparently up until 1981, the US had the Construction differential subsidy program [1][2] that subsided shipbuilding construction. During the Regan administration, the US eliminated subsidies whereas countries in Asia did not. Now the top 10 shipbuilding countries are in China, Korea,…
Re: Robotic suit gives shipyard workers super strength
#44Earlier quoted context omitted.
Yeah, it'd need to be combined with research going on atm with bipedal robots; they'd have to be able to keep themselves balanced.
Or just have really heavy "feet". That's what the big block of steel/concrete on the back of a forklift is for.
Re: Robotic suit gives shipyard workers super strength
#45Earlier quoted context omitted.
It seems feasible to design an exoskeleton suit that is mechanically incapable of breaking your bones. You could pick some flexibility constraints that define a conservative model of how human limbs can bend and swivel, and then design the hardware with physical interlocks that prevent it from moving beyond those limits. Picture an elbow joint that has a metal flange situated such that if the motor tried to extend th…
A 100kg limit is feasible, that's not yet heavy enough (I think?) to cause major damage if a mishap happens. ATM workers are handling loads like that - and heavier - with cranes and clever tools that make the pieces they handle effectively weightless (check car assembly workers for example), those also don't carry that much risk when handled right. Laws and regulations for these will be just as stringent as other ind…
I sure wouldn't want to drop 100kg of weight on my foot from 1 meter :)
Re: Robotic suit gives shipyard workers super strength
#46Re: Robotic suit gives shipyard workers super strength
#47Re: Robotic suit gives shipyard workers super strength
#48Let's be honest, if these things become commonplace in shipyards - we are all going to want one.
Re: Robotic suit gives shipyard workers super strength
#49Earlier quoted context omitted.
So any child above 5 years of age needs two parents to carry them?
Carrying your own offspring is not the same as being employed to carry weight all day (and not necessarily because you really like that profession.) The regulation is in place to protect the worker, be it from the employer or those who don't know any better from themselves.
Re: Robotic suit gives shipyard workers super strength
#50Earlier quoted context omitted.
Or just have really heavy "feet". That's what the big block of steel/concrete on the back of a forklift is for.
Yeah, but automated balancing might be significantly more energy efficient than sticking quater-ton blocks of metals to the feet.