I've spent some time trying to figure out how to solve the 3-state problem mentioned in the end of the last post about this project,
but I haven't been able to find a solution I can use right away.
I do think the practical solution would be a "wind sensor," a primitive anemometer that would simply just distinguish between no blowing and blowing ("wind").
I would suppose a fan-like sensor would pick up the wind (in a way, a very miniature version of this).
Anyways, I'm thinking that this project should be packaged in some way for presentation sake,
and I'm guessing it could be something like this:
Of course, the contents would be inside the box, and cut-outs made to make the visible parts visible.
Note that the servo can actually work as a lock with this layout.
In order to do this, though, it will be great to have a ruler/cutting knife and someone who can use them well.
but I haven't been able to find a solution I can use right away.
I do think the practical solution would be a "wind sensor," a primitive anemometer that would simply just distinguish between no blowing and blowing ("wind").
I would suppose a fan-like sensor would pick up the wind (in a way, a very miniature version of this).
Anyways, I'm thinking that this project should be packaged in some way for presentation sake,
and I'm guessing it could be something like this:
Of course, the contents would be inside the box, and cut-outs made to make the visible parts visible.
Note that the servo can actually work as a lock with this layout.
In order to do this, though, it will be great to have a ruler/cutting knife and someone who can use them well.
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