Electronics DIY a wireless charger into a book

AI Thread Summary
The discussion centers around a DIY project that involves embedding a wireless charger into a book, specifically using the Soopus-X brand. The wireless charger operates by establishing an electromagnetic handshake with compatible mobile phones, ensuring that it only charges devices and not other items like wallets with magnetic strips. The main board, located at the USB plug, is capable of identifying current mainstream mobile phone models and adjusts the charging accordingly. It is noted that the charger should not be placed too deeply within the book to maintain effective charging range and safety.
afternoone
Messages
2
Reaction score
1
TL;DR Summary
DIY a wireless charger into a book
Check my art

DIY a wireless charger into a book

246721
how it looks like after finish
246720

246722
here is the video:

DIY a wireless charger into a book

the brand is Soopus-X if you ask
 
Physics news on Phys.org
Welcome to the PF. :smile:

Interesting -- do those wireless cell phone chargers cooperate with the phone first, to be sure it's a phone on top of them (and not a wallet with credit cards with magnetic strips, for example)? Hopefully they have that feature...
 
yes, the main board which located in the USB plug can identify the signal.

First, the electromagnetic signal will establish a handshake with the mobile phone signal.
The motherboard can identify the current mainstream mobile phone models
Then, according to the specific adjustment of the mobile phone to charge accordingly.
 
  • Like
Likes berkeman
This is so cool! How did you carve out the space for the charger?
 
Last edited by a moderator:
just know that you don't want to put the wireless charger to far into something like the book because it works on a really short range for safety to send the power out to a device like your phone
 
Some time ago I posted this Raspberry PI DIY Mass Spec using Raman Scattering. It's was something of a cumbersome project though, needing a 3D printer and special heat-resistant plastic giving of carcinogenic fumes during printing. To be blunt it was also not very mobile and interpreting the results was further cumbersome Recently though, I've been told that Arduino, and it's various sensor packages, has matured to the point where it's a usable alternative. Now I realize that a cigarette...
Thread 'Nonlinear rubberband type thing - "k" dropping fast as it is stretched'
What materials can I try in order to get a curve of displacement versus force that looks somewhat like this.. (of course, there would be a small kink around the origin where the ends of the rubberband are closer together than its length, which is not shown here). I am looking for something that will last at least 100 stretch cycles and is not messy, so for example liquid based colloidal stuff won't be suitable. Is there something one can whip up using silicone and some additive, say? Or...

Similar threads

Replies
15
Views
3K
Replies
5
Views
6K
Replies
6
Views
9K
Replies
11
Views
2K
Replies
2
Views
2K
Replies
7
Views
4K
Replies
5
Views
3K
Back
Top