
It just had to happen ...
China is finally giving us the finger ... all 129 mm of it!
Robot hands are commonplace, but their sense of touch is crude compared to that of a human. A design proposed by a group of scientists in the Middle Kingdom may change that. A team at the University of Science and Technology of China have developed a bioinspired soft finger (BSF) that uses sensors to give bots the ability to …
I really have to wonder if people would actually be more comfortable with a robot digit performing such a test over a doctor. For many people it doesn't so much seem to be the actual exam but the whole process around it, and in that regard it may not actually be much of an improvement (or actually make it worse).
I keep seeing stories for robotic fingers taking pulse, androids that will replace farmers in fields, androids that will replace humans in factories...
WHY? Why, oh why, oh why?
We already have more efficient and reliable devices that can take a pulse.
We already have agricultural machines that are much more efficient than humans at working fields - and often highly automated already.
We already have industrial robots in factories that are much more efficient than humans at putting stuff together.
So, why are these people, usually tech billionaires, wasting money on making inefficient ways of replacing existing efficient hardware, but in humanoid form?
Surely a machine using lasers that can currently remove weeds over a 20M wide stretch of land is more efficient that building a humanoid robot, for example, that picks out the weeds individually?
In this case, making a more sensitive claw or grappler might be of use - although many industrial robots can already grip very lightly - for example testing eggs...
Surely a machine that can pick cabbages/potatoes/beans/corn etc. from multiple rows in a field at several hundred per minute is more efficient than building a humanoid robot to pick them individually?
Usually because they fall into the trap of adaptability. Their idea is that ONE machine can be adapted to do a lot of different tasks so that in the end it's cheaper than buying dedicated machines for everything. What they forget is just how much faster and more efficient a dedicated machine (or just a human with a finger) is.