Thingiverse
Wireless Button Presser
door Graystone
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This is the most pointless thing (though it does have a point) that I have ever designed. And I blame Oleg, who really wanted one. It is the perfect way to waste half a gig of memory and the decent processing capability of a Raspberry Pi Zero W on the very simple task of pressing a button.
Now, since the Raspberry Pi Zero W is wireless, and since it is running Robo4J, you can press the button wirelessly over a rest API. Or log into the Raspberry Pi and run the code to press a button. But no matter what you do, you've basically wasted your precious and overpowered Raspberry Pi Zero W on the silly task of pressing a button. Congratulations.
That said, it does provide a simple example of how you can control a servo using Robo4J, a Raspberry Pi Zero W and no additional hardware. So maybe there is a point to all of this, after all. Maybe.
What you need:
Sacrificial Raspberry Pi Zero W (1)
Screws (2.2 x 4.5mm) (7)
Nano Servo (e.g. Turnigy T541BBD) (1)
Links to videos of the st
Now, since the Raspberry Pi Zero W is wireless, and since it is running Robo4J, you can press the button wirelessly over a rest API. Or log into the Raspberry Pi and run the code to press a button. But no matter what you do, you've basically wasted your precious and overpowered Raspberry Pi Zero W on the silly task of pressing a button. Congratulations.
That said, it does provide a simple example of how you can control a servo using Robo4J, a Raspberry Pi Zero W and no additional hardware. So maybe there is a point to all of this, after all. Maybe.
What you need:
Sacrificial Raspberry Pi Zero W (1)
Screws (2.2 x 4.5mm) (7)
Nano Servo (e.g. Turnigy T541BBD) (1)
Links to videos of the st
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