When i did my mechanism, i attached the laces to a fabric by glueing the ends to it AND sew the laces to the fabric so it won't move. Then i added a woodstick to make this almost as your design and attache one wire to everything.
For the basic things yes, but i came to this on my first attempt without knowing about nike's thing (which is not working as efficiently because they wouldn't use some tricks i findout to reduce friction - material sourcing is essential for that) and keep in mind that nike use motors, powered by electrical sources. My design can be attached to a motor ANd simple mechanic system such as a dual action mechanism (with a powerfull string, it is the fastest method that works) - if you add to this some magnets i guess this would increase the speed and secure the locking system.
anyway, i dodn't draw everything on this paper. But i might get back to powerlacing next year
I like your diagram @RVLF. Do you think there is enough room under the foot for this? I mean, will the wearer not apply too much weight to slow or snag the mechanism?
Thanks, it was the quickest way to explain technical things ^^I like your diagram @RVLF. Do you think there is enough room under the foot for this? I mean, will the wearer not apply too much weight to slow or snag the mechanism?
For the pros and cons, i made it without electronic parts cause i didn't had the tools and material to make it... And because it is cheaper and not having something to fail because of batteries or having to create more room for batteries, and other cables... And if you make it with electronics, you'll have to make it so you have access to your parts just if they fail somedays and have to do some maintenance... But that mean having the possibility to remove the whole upper anytime, which is almost impossible for a wear pairNo no time off for good behavior! I have not investigated the pros/cons to electromagnetic options. So, all of my magnet system thoughts sacrifice the dual action accomplished by your method. I did see there are electric release switches, think remote triggers/releases. My initial guess is that such an electronic switch would still require a manual reset of the mechanism. If there is an electromagnetic solution that was small enough and would not overheat from hours of use, then that might be the end-all be-all. I did initially consider what are called dipolar electromagnets with the goal of repelling the magnet to move within attraction distance of the permanent magnet.
merging the laces to one single wire is how i made it. Bit i linked them from the 3rd lace...I like the sidewall of the upper for just the reason you are suggesting. An alternative might be if the laces can be made to converge into a single cable, then imagine a tube in the sole. The shape would be self reinforcing unlike flat planes. Some of the neodymium magnets that are cylinders are relatively thin, but long. They still have substantial pull force.
Thanks, it was the quickest way to explain technical things ^^
yes, there is enough room if you place the mecanism at an angle. But for that you need to make the wire do a 90° angle. for the pressure : i would add a hollowed insole to be sure that nothing gets in contact with this. Or, i would dig in the existing sole a bit as for the tracks. When i did my first attempt i made it like what i draw expect that i did made a "tunnel" for the wire. And the mecasism was near the outside edges of the sole (so i could access the release button)
For the pros and cons, i made it without electronic parts cause i didn't had the tools and material to make it... And because it is cheaper and not having something to fail because of batteries or having to create more room for batteries, and other cables... And if you make it with electronics, you'll have to make it so you have access to your parts just if they fail somedays and have to do some maintenance... But that mean having the possibility to remove the whole upper anytime, which is almost impossible for a wear pair
merging the laces to one single wire is how i made it. Bit i linked them from the 3rd lace...
I used to made a test with a pipe where the wire ran into. This has two purpose : protect the wire, and force the path of it.
but this was for another project where the laces would tight automatically by inserting your feet into the shoe... It works but i would have to make a special thing to the uppers to make this work better...
I think you have everything in this sketch :
View attachment 688128
If i could get my hands on my first drawongs, you'd see the same thing. I've been inspired by simple thing like clamps (when i hanged my laundry ^^ )
from this, i tryed to K.I.S.S. ( keep it simple stupid) and i think it is the key. But i didn't managed to build a system to release the string that could keep it back in with my wood sticks cause the tension is really high. And you need a good amount of space to let everything fit inside the sole with this angle. Maybe it can be deviated (sorry, i think my english is too poor so i might create some words ^^)
check out this video.... a guy dismantles a Hyperdapt. Interesting how simple the design is. They use plastic tubing as guides for the laces to tighten.....The whole unit comes out of the shoe pretty cleanly. Also, it looks like it (the tightening strings) only connects in two places on the motor.
https://www.youtube.com/watch?v=l2zheaPx9kE
Yeah $720 is a bit steep for these shoes. I believe I heard there would be a wider release after the first of the year.Gosh after seeing those apart, its hard to see how they come up with a $720 price tag looks like they are probably $30 to make lol...and I love it how they kept saying they were going to release a power-lace shoe for more of the "general public" yet they only release them in a handful of stores...way to go Nike.