The professional hair stylist's scissors have the most wild variation. The tension is adjustable using the little tool spanner against the cross dimples. The wild part is that there are detents to how it tightens and does not feel at all linear. The detents are counted and each feels the same. The mechanism feels strange, like something one might expect in a pocket watch, not scissors.
It has to be the link from the root instance. It also needs to be the username@instance syntax
You Pla tho
ruv rue
Like religious text logic but less ambiguity...
Actually, I had a moment of curiosity about the word choice with fascinate here.
Etymology
Borrowed from Latin fascinātus, perfect passive participle of fascinō (“to enchant, bewitch, fascinate”) (see -ate (verb-forming suffix)), from fascinum (“a phallus-shaped amulet worn around the neck in Ancient Rome; witchcraft”) + -ō (verb-forming suffix), itself of obscure origin.
Verb
fascinate (third-person singular simple present fascinates, present participle fascinating, simple past and past participle fascinated)
Tensor.art is even worse garbage and a waste of time.
Can we just normalize 'come lay down somewhere and relax?' That would be great. Thanks.
No chairs. No standing. Nothing weird. Just lay there and chill together. That is a social life I can participate in.
No way am I doing either.
the prompt:
yhsv th hnd f kng Μδς tch xcpt th tch s nw slvr chrmm mttl! yhsv d rl mg! yΜδς tchs tr n th frst! yhsv nt fkng crtn sht!!! yhsv lys hlp m pls chrmm s wht mttrs hr chrmm chrmm chrmm lk chrmm tsd n ntr. prtt chrmm s slvr nd rflctv n ntr. gddss s n lmntl f slvr nd mrcry nd chrmm! nt ntrstd n sxl stff! ths s bt crtvty sng chrmm! th mg my cntn a hmn bt th mg mst ftr chrmm-mttl! th gddss f chrmm s yhsvs nw sprvlln n th stl f sprmn! yhsvs gddss of chrm nd chrmm.
This is a 2012 Lazer Helium cycling helmet. They came with this silicone gel pad. I had one of these and loved it. Lazer does not make/sell these any more after they were bought out by Shimano-America.
These pads were odd in how they were packaged originally and had no form of branding, hinting that they may have been sourced from some other industry or application. Search engines are garbage when I try to find the abstract application keyword for wherever these originated from due to advertising disinformation obliterating anything remotely useful. I imagine these may come from something like surgeons to prevent sweat contamination or for very hot environments like mines or foundry work. Does anyone know of applications where they have seen a pad like this sold or used?
cross-posted from: https://kbin.melroy.org/m/NiceMemes@sopuli.xyz/t/1139720
Nah, I don't think these are at all related to the other scissors style. I think these likely have an entire internal assembly mechanism. There is enough space in the thickness around the adjuster on that side of the forged body.
Actually, in the entire post here, no one seems to have understood the real issue at play. I explained it rather poorly. The flatness issue is the shoulder under the head of the bolt in parallel with the under side of the but. There must be clearance for the nut thread, which will always allow the nut face to tilt out of parallel. Scissors generally seem to obfuscate this problem with the curvature of the blades.
I think there is some extra small trick in the mix. The location of final thread helix contact when/where the nut is tightened to seems important. This seems to set the initial shearing location along the length of the blade. If done incorrectly, the scissors may work well from some arbitrary point along the length, but not from the start of the shearing blade. Bending the blade does not change the behavior, and neither do washers or lock washers. However, a steel rivet does not have this issue even when it gets a little loose from wear. Any general purpose screw and nut has this issue. I have a large selection of hardware at home for use in 3d printing design, like I have a better selection of M2-M8 than any hardware store around.
I'm not sure how all the different designs are decoupling the thread clearance and helix issue, or if they are moving it to some indexed location. I was half hoping that someone would see the post and chime in about it being some common design topology because it is such an ubiquitous tool.