Second try for a smart mirror, switched the 3mm acrylic sheets to 4mm glass. The results were satisfying.

Pictures:

Some default Tv-components that came with the monitor used just for this prototype, I proceeded to use other components to the finished product

There are some light bleeds that has to be fixed, because I decided to design the backlight for the LCD screen at home, for better power management, as well as light settings; so less room light means dimmed LED’s so you wont be able to see the monitor behind the glass, and brighter LED’s when sunlight hits the apartment :) Will post the finished mirror here when it is done within next month.

@zdenek Oh no. I didn’t drill the holes myself. I tried to do it on some broken pieces I had lying around, and it did not succeed. the mirror was ordered from Brigla-glass in germany, where they cut it and drilled it after my instructions.
You could also just screw the components onto the wood board, which would also work I believe. the 3D print is mostly just because I want it all in the same spot and on one board.

I used two screws to mount the backboard onto the wall, by drilling into concrete and using wallplugs. Then mounted the mirror by using 80mm screws to go through the backplate and into the wall aswell.

Here is a picture of the one I mad and sold if you’d like to see the finished product.

The current daylight is too much for the bright room the mirror is placed in so the text is not so clear. The glass only has 8% transmissivity. I am switching it out for a new one that has 25% transmissitivity + some more powerfull backlights for the TV, which will make it as clear during the day as night as you see in the first pictures.

@hayman Do you mean the app running on the mirror itself? Its homemade, unfortainely. If wanted I can upload it to github if you’d wish.

@mdhenriksen Thank you!! :) The glass is bougt from germany. Called Brigla glass. link here: https://www.brigla-shop.de/

@hayman Since the app framwork is electron. I really just made a time displayer using javascript. Here is a tutorial on how to do it.
https://www.youtube.com/watch?v=p8hFNC5GLzo

@hayman Since the app framwork is electron. I really just made a time displayer using javascript. Here is a tutorial on how to do it.
https://www.youtube.com/watch?v=p8hFNC5GLzo

@hayman Do you mean the app running on the mirror itself? Its homemade, unfortainely. If wanted I can upload it to github if you’d wish.

@mdhenriksen Thank you!! :) The glass is bougt from germany. Called Brigla glass. link here: https://www.brigla-shop.de/

@zdenek You’re welcome :thumbs_up:

@zdenek Oh no. I didn’t drill the holes myself. I tried to do it on some broken pieces I had lying around, and it did not succeed. the mirror was ordered from Brigla-glass in germany, where they cut it and drilled it after my instructions.
You could also just screw the components onto the wood board, which would also work I believe. the 3D print is mostly just because I want it all in the same spot and on one board.

I used two screws to mount the backboard onto the wall, by drilling into concrete and using wallplugs. Then mounted the mirror by using 80mm screws to go through the backplate and into the wall aswell.

Here is a picture of the one I mad and sold if you’d like to see the finished product.

The current daylight is too much for the bright room the mirror is placed in so the text is not so clear. The glass only has 8% transmissivity. I am switching it out for a new one that has 25% transmissitivity + some more powerfull backlights for the TV, which will make it as clear during the day as night as you see in the first pictures.

@zdenek

Hello Zdenek. Yes ofcourse. The frameless design is actually with drill holes in the glass ( 6mm) which gets covered up by small caps. (Ebay search link here: https://www.ebay.com/sch/i.html?_from=R40&_trksid=m570.l1313&_nkw=Stainless+Steel+Mirror+Nail+Screw+Cap+12-30mm&_sacat=0)

For the backboard I bought what I think is called a chipboard and cut it roughly about 20 mm smaller than the mirror one very side.
To align the HW components, the components were modelled in a CAD program (Fusion 360) and fitted into a sort of a container that could be screwed into the chipboard. Picture here: . Used a 3D printer for that.

I had to use a woodplate for the back, since I made the backlight myself. Tell me if you are considering the same and have som valuable information on backlights, since I know barely enough to make this work, otherwise a steel frame would might be a better and more elegant option.

@AImirror
Much appreciated :D
Thanks.

@Mykle1 Hahahahah, Thanks dude. Always good to have a fellow musician in the crowds :D

@htilburgs
Thank you too.

@sdetweil
Appreciate it. Thank you :)

Second try for a smart mirror, switched the 3mm acrylic sheets to 4mm glass. The results were satisfying.

Pictures:

Some default Tv-components that came with the monitor used just for this prototype, I proceeded to use other components to the finished product

There are some light bleeds that has to be fixed, because I decided to design the backlight for the LCD screen at home, for better power management, as well as light settings; so less room light means dimmed LED’s so you wont be able to see the monitor behind the glass, and brighter LED’s when sunlight hits the apartment :) Will post the finished mirror here when it is done within next month.