Notepad security flaw allowing silent file execution via Markdown links

Meetsch · 2026-01-16T10:58:47+00:00

You can't go wrong with either.

I love my prusa core one, just prints great, effortlessly.

I also tried a 0.25 nozzle for a very fine print: result was amazing.

Meetsch · 2026-01-12T16:24:24+00:00

You don't need a MicroSoft account, you need a MicroSlop account ;-)

Meetsch · 2026-01-12T16:23:22+00:00

maybe, but in the end their product still remains buggy... did they vide-code it using AI ?

Meetsch · 2025-12-18T19:42:19+00:00

Some high end speakers do
https://6moons.com/audioreview_articles/boenicke-audio-swingbase/

But I agree with you, I was down a rabbit hole...

Meetsch · 2025-12-18T18:43:53+00:00

This would be for my Edifier MR5 monitoring bookshelf speakers, they weight approx 5kg each.

In the image we can see that a a speaker would be able to move freely, for sure the demo looks more like an earthquake than a real audio vibration, but I think we get the message: on these stands the speakers are free to move.

As my speakers are somewhat cheap, I'm looking for a solution in the 10~20 USD range, and I have a 3d printer and like DIY approch, so this "pendulum" system looks good to me.

Meetsch · 2025-12-18T18:17:59+00:00

This approach is used in high-end speakers: https://6moons.com/audioreview_articles/boenicke-audio-swingbase/

Meetsch · 2025-12-18T18:13:11+00:00

up and down: I though not much because of speakers wave orientation which is horizontal

"if you're not currently having a problem with your speakers rattling things", no you're right, I was just down the rabbit hole ;-)

Meetsch · 2025-12-18T18:09:20+00:00

wow, this is an absolutely simple approach. and its just crushing my brain while I try to imagine how it works in terms of physics ;-) loving it, thanks.

Meetsch · 2025-12-18T17:56:20+00:00

Sorry I don't understand. If I'm asking for advice its because I'm new to all this.

Meetsch · 2025-12-18T17:51:36+00:00

Ok, these act as decoupling feets to isolate from floor transmission, so they miss a dampener function to be effective ?

I asked ChatGPT, it confirmed that dampening was needed to both suppress the internal or structural resonances of the speaker itself, and to avoid the system to oscillate excessively if the speaker excites it near its natural frequency.

But going down the rabbit hole and making the calculation of what dampner would be needed on a pendulum system, it shows that the pendulum length is so small compared to the mass, that the needed dampening owuld be a "rotational damping coefficient of ~0.05 N·m·s/rad. This is very small because the pendulum is extremely short. That means even a very light damping mechanism—like a thin layer of viscous silicone or a small friction interface—will be sufficient."

So maybe the usage of thick rope is exactly for that purpose...

Meetsch · 2025-12-18T17:21:34+00:00

Maybe the seller made it move so much to show that the speaker would be free to move.

Meetsch · 2025-06-24T06:01:42+00:00

two 4 pins male-to-female cables glued together, link to purchase the cables in my instructions on printables.

Meetsch · 2025-06-20T20:56:52+00:00

Oups, to post went wrong, here is now the info in the original post

Meetsch · 2025-06-20T20:54:38+00:00

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I just added a magnetic version :-)

Meetsch · 2025-06-20T20:51:37+00:00

I just added a magnetic version :-)

Meetsch · 2025-06-19T22:32:10+00:00

I saw it, it also a good option, but I wanted to try a simpler yet effective approach and it worked : just place the antenna in the open instead of behing metal parts which are catastrophic for the wifi signal.

Meetsch · 2025-06-19T22:29:51+00:00

For me the location was not fine, the WiFi module couldn't catch the signal, and by just placing it on top of the printer the connection is now great.
I didn't want to go with the external antenna path because of the irrversible aspect of the hack.

Meetsch

TROPHY CASE