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An old patent inspired the new "Y-zipper", a three-sided fastener

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Re: An old patent inspired the new "Y-zipper", a three-sided fastener

#12

Earlier quoted context omitted.

Interesting, which material?

For example, if you used PLA you'd get a stiffer, more mechanically-rigid structure in the zipped-up state. If you used TPU, you'd get a more flexible and elastic structure. I'd want PLA for tent seams and TPU for the door zipper.

Is PLA stiffer somehow in this state than it would be as a conventional beam?

Re: An old patent inspired the new "Y-zipper", a three-sided fastener

#14

Earlier quoted context omitted.

Interesting, which material?

For example, if you used PLA you'd get a stiffer, more mechanically-rigid structure in the zipped-up state. If you used TPU, you'd get a more flexible and elastic structure. I'd want PLA for tent seams and TPU for the door zipper.

I don't want door zippers, I want a door!

Re: An old patent inspired the new "Y-zipper", a three-sided fastener

#15

Just sell me the tent already!

no kidding. it was the last demo in the video, but my first reaction seeing the zippers-instead-tent-poles demo was, "oh, that's going to be huge." weight and "how well does it handle wind?" are concerns, but i could totally see "100% zipper" tents on the market by the end of the year.

Re: An old patent inspired the new "Y-zipper", a three-sided fastener

#20

Earlier quoted context omitted.

Depends on the material that is being used and application. I could see this being highly useful for tents and similar fabric structures. I probably would not build a satellite solar panel structure/frame with them (atomic oxygen is a nasty critter) but for some lightweight terrestrial applications I can see much potential.

Interesting, which material?

It looks like this could be made from any metal, where the small segments are connected together like links of a chain.
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