stockduck
Regular
Just a thought...a little bit offtopic:
I recently went to the hairdresser, as most of us do a few times a year. The former master hairdresser has handed over his business to the younger generation, but still works enthusiastically. Here's the problem, which I believe could lead to a new product with high global sales.
The hands, with their bones, tendons and muscles, are subject to severe wear and tear in the hairdressing trade, which could be reduced by a precise, effective and efficient high-performance exoskeleton. I would suggest that it makes more sense to develop such products equipped with intelligent sensors than robots for domestic use. Mass-produced goods made of injection-moulded plastic parts and weighing very little.
In gardening, electronic shears are used as a substitute for manual labour, but in my opinion, this cannot be transferred to hairdressing.
Perhaps the management knows a customer, who is interested in such a product and sees a future for it. (One battery change per working day, for example).
It is likely that such an exoskeleton could also be extended to other professions.
Translated with DeepL.com (free version)
I recently went to the hairdresser, as most of us do a few times a year. The former master hairdresser has handed over his business to the younger generation, but still works enthusiastically. Here's the problem, which I believe could lead to a new product with high global sales.
The hands, with their bones, tendons and muscles, are subject to severe wear and tear in the hairdressing trade, which could be reduced by a precise, effective and efficient high-performance exoskeleton. I would suggest that it makes more sense to develop such products equipped with intelligent sensors than robots for domestic use. Mass-produced goods made of injection-moulded plastic parts and weighing very little.
In gardening, electronic shears are used as a substitute for manual labour, but in my opinion, this cannot be transferred to hairdressing.
Perhaps the management knows a customer, who is interested in such a product and sees a future for it. (One battery change per working day, for example).
It is likely that such an exoskeleton could also be extended to other professions.
Translated with DeepL.com (free version)
that claimed BrainChip “had secured an order from Nex Novus for medical sensing applications” was wrong:
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