Home Made Raspberry Pi Standing Desk Controller
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Home Made Raspberry Pi Standing Desk Controller
1–10 of 43 posts
Re: Home Made Raspberry Pi Standing Desk Controller
#2Re: Home Made Raspberry Pi Standing Desk Controller
#3I mentioned this in a HN post in the past regarding standing desks, mentioning that I'd created an over-engineered standing desk controller (using a Raspberry Pi) over lockdown as as little fun project. Somebody asked about a write-up for it, so here it is
I have yet to actually build anything that controls hardware, but I have been lurking, reading about microcontrollers, collecting little bits.
An actual application, a solution to a real problem or neat project, is the best way to make it real.
Re: Home Made Raspberry Pi Standing Desk Controller
#4Re: Home Made Raspberry Pi Standing Desk Controller
#5Clever though!
Re: Home Made Raspberry Pi Standing Desk Controller
#6Re: Home Made Raspberry Pi Standing Desk Controller
#7I have to ask this most of the time I see an r-pi project: why r-pi instead of ESP8266 for something this simple?
Re: Home Made Raspberry Pi Standing Desk Controller
#8I have to ask this most of the time I see an r-pi project: why r-pi instead of ESP8266 for something this simple?
Replace the ESP8266 with some Arduino clone for 3.50 € and you'll even be more beginner friendly...
Re: Home Made Raspberry Pi Standing Desk Controller
#9I have to ask this most of the time I see an r-pi project: why r-pi instead of ESP8266 for something this simple?
Plus your standing desk could also be a pi-hole for wifi security.
Re: Home Made Raspberry Pi Standing Desk Controller
#10I mentioned this in a HN post in the past regarding standing desks, mentioning that I'd created an over-engineered standing desk controller (using a Raspberry Pi) over lockdown as as little fun project. Somebody asked about a write-up for it, so here it is
Thanks for this! I have yet to actually build anything that controls hardware, but I have been lurking, reading about microcontrollers, collecting little bits. An actual application, a solution to a real problem or neat project, is the best way to make it real.
So like a led (light) is one lab. The next might be a photo sensor (signal with amount of light). After these two labs you can now make a night light. Or a rave strobe.
Do the switch or button lab and you can turn it on or off or change the pattern. After 30 labs you have a pretty good idea of what to do.
Now buy an esp32 that works with a breadboard and if you know basic http you now have an iot device.
I recently hooked an esp32 to a dht22 and started graphing temp in my gourmet mushroom enclosure in about an hour of watching baseball. Just sends data to influx and grafana on an rpi data hub