In order to get a clear image, rotate the lens 0.625 turns left, presuming that the white line that has been drawn on the lens case starts at the bottom.
Failed and working projects, notes etc.
In order to get a clear image, rotate the lens 0.625 turns left, presuming that the white line that has been drawn on the lens case starts at the bottom.
A pretty overview of the various grades of thread lockers by Loctite.
Today I learned that the following command creates a test capture with the raspberry pi camera:
libcamera-still -o test.jpg
And by golly, it works! So yet again some progress has been made. Somewhat worry that it is blurred, so let me make another one with the lights on:
Well heck. That’s not good. I have still not been ably to install python3-picamera3. Would that be the issue? Weird though. Let’s do another test with a mug at 10 cm distance:
One more test then at 20 cm:
Sooo. Not sure what’s going on here, but at least the camera works. 😀
The progress is slow, but steady. Everything is now assembled and ready to go. Now it is time to find the best opensource dashcam software. I have now hooked it up to the local network so I can poke it everywhere I want.
In regards to strength, I stick to this rule of thumb:
For something you tighten with a ratchet wrench that is 1/4″ or smaller, you can use Loctite 222.
If the wrench is 1/4″ or 3/4″, Loctite 242 is suitable.
To add to the confusion; If your ratchet wrench is 1/4″, either 222 or 242 will work.
Enjoy getting things intentionally stuck! 🙂
And rock and rooooollllll~!
Anyway, two useful links to ban bots via robots.txt. I am sure that bots will fully ignore these instructions, but better save than sorry.
Link 1: https://github.com/ai-robots-txt/ai.robots.txt/tree/main
Link 2: https://darkvisitors.com/agents
After cleaning out my Browning BL22 and replacing some springs, I experienced an issue with the lever on a regular basis. I took it apart again, checked everything, only to have it re-appear again.
Then I noticed that a small plate in the roof of the rifle’s action housing had come loose. After some investigating, I deduced that this was a part that should not move around. Especially since I discovered that I could visibly see the plate when the issue occurred and by pushing it back, I could resume shooting. Another pointer was, that this particular part does not occur in any parts list.
This is how it looks when the plate has moved then then causes a lockup:
So I decided to use some Loctite 242 to lock the plate in place and now time will have to tell whether this works or not.
Alright, that was a lot of soldering and it’s not perfect, but I’m not either. So with that done, I have bolted on the PiSugar auxiliary battery and I think it is time to plug in the camera as well. Now I do hope that I find that one github thing back where all the code was!
Back soon with more progress! (I hope)