Is there an build sheet or stl for the winder? Will this ever be sold as a product or maybe a resource for the maker communities? I feel like there is so many applications for this tech and if enough engineers had access to this tech, I think new technologies and form factors would emerge. I got so many ideas already lol. Great work and thanks for sharing!
I want to see this in action. Love the Winding mechanism. I feel like making one would be easy for someone to cad up, but it would be nice to have an stl.
this is awesome! 🤩 Which height can it overcome? Is it DC-Voltage? How durable are the wires, is there corrosion? I guess the wires are in direct contact with the water ... I am thinking about small plant watering applications for indoor growers 😉
It seems to work by electric forces rather than magnetic. So the wire would have to be in contact with the fluid. It shows him removing the enamel from the whole piece. Not sure why they would not just use bare wire.
@tsbrownie Further research says that electrical contact is required as well as a magnetic field. My guess is the spiral provides both. The downside of using copper is it will erode very quickly in the dielectric fluid. This means the applications offered will likely never be practical.
When electricity is applied, fluid is drawn in? When I saw it for the first time I imagined it was one of those artificial muscle fibers that contract when applied to electricity.
@@dtiydr not exactly. Sure, hose pipes and stuff are easy to manufacture as a single constant extrusion, but the processes involved in this are a tad more complicated in specific, vital ways.
@@Caldoric You said "not exactly" which contradict what say after, but whatever. But continually extruding it with copper thread interwoven would be quite easy to do industrially as well as semi pro.
This for pump, Peltier device to transfer heat between heatsinks that have fluid going through them, radiant reflector to direct infrared light from hot heatsink to outside through window, and solar panel for a very silent purely electric air conditioner that shoots heat outside without cutting holes in walls. Wonder how small one could make one and have one at each window of a home.
Any cooling or heating device based on the Peltier effect will never be used at larger scale, for cooling/heating a room or a car because it is extremely inefficient.
I'm starting to think so too. Why enameled copper wire? He has to remove the enameling. Bare wire would be better. Why not stainless wire? Copper would corrode quickly. And I don't know how they removed the center rod after baking it all long enough to fuse the plastic together.
Love seeing 3D prints being used for awesome stuff. It really has changed this world. Litteraly everyone has cheap access to prototyping
Is there an build sheet or stl for the winder? Will this ever be sold as a product or maybe a resource for the maker communities? I feel like there is so many applications for this tech and if enough engineers had access to this tech, I think new technologies and form factors would emerge. I got so many ideas already lol. Great work and thanks for sharing!
Awesome
I want to see this in action. Love the Winding mechanism. I feel like making one would be easy for someone to cad up, but it would be nice to have an stl.
Nice
nice ionic pump ... how good is it for G force counteraction ..
this is awesome! 🤩
Which height can it overcome?
Is it DC-Voltage?
How durable are the wires, is there corrosion?
I guess the wires are in direct contact with the water ...
I am thinking about small plant watering applications for indoor growers 😉
High voltage DC.
I never realised wound & wound were spelt the same way, until I tried to figure out who was hurt in this video 🤣
🤯🤯🤯
Then use that electro-hydro tube pumps for the hydraulic artificial muscle actuator.
How does that twister control tension?
Do you only need to remove the enamel at each end? Or does the entire length need to be stripped? If so, why?
It seems to work by electric forces rather than magnetic. So the wire would have to be in contact with the fluid. It shows him removing the enamel from the whole piece. Not sure why they would not just use bare wire.
@tsbrownie Further research says that electrical contact is required as well as a magnetic field. My guess is the spiral provides both.
The downside of using copper is it will erode very quickly in the dielectric fluid. This means the applications offered will likely never be practical.
@@minxythemerciless Agreed. I'm starting to wonder if it's fake.
When electricity is applied, fluid is drawn in? When I saw it for the first time I imagined it was one of those artificial muscle fibers that contract when applied to electricity.
Shame there isn't a way to expand this to much greater lengths of pipe (yet).
It would be very easy to make a continually length.
@@dtiydr not exactly. Sure, hose pipes and stuff are easy to manufacture as a single constant extrusion, but the processes involved in this are a tad more complicated in specific, vital ways.
@@Caldoric I meant in an industrial application not DIY stuff, even if that could be possible if you know what you were doing.
@@dtiydr I was also referring to industrial scale.
@@Caldoric You said "not exactly" which contradict what say after, but whatever. But continually extruding it with copper thread interwoven would be quite easy to do industrially as well as semi pro.
This for pump, Peltier device to transfer heat between heatsinks that have fluid going through them, radiant reflector to direct infrared light from hot heatsink to outside through window, and solar panel for a very silent purely electric air conditioner that shoots heat outside without cutting holes in walls. Wonder how small one could make one and have one at each window of a home.
Any cooling or heating device based on the Peltier effect will never be used at larger scale, for cooling/heating a room or a car because it is extremely inefficient.
hello god how are you
fake
I'm starting to think so too. Why enameled copper wire? He has to remove the enameling. Bare wire would be better. Why not stainless wire? Copper would corrode quickly. And I don't know how they removed the center rod after baking it all long enough to fuse the plastic together.
So you made a hose.
Not just a hose ... a pumping hose
@@surronzak8154 So a hose wrapped with a wire around it.
@@MDNQ-ud1ty The wire is inside.
@@tsbrownie cool.
Awesome