Highly recommend reading through Blynk docs for a basic overview of how it works.Īn IR blaster controlled by esp8266, will replay the codes as if they were coming from EUFY's original remote. Using Blynk servers, we can also enable Google home/ Alexa support using IFTTT. This project uses the fantastic Blynk project to control board using web requests, and package everything in a nice GUI. To avoid issues with revisions/ model differences, please copy the IR codes from supplied remote as discussed shortly.
PLEASE PAY ATTENTION TO THE MODEL/ VERSION BEFORE POSTING ISSUES. Decoded codes for Eufy v11 are included here. The idea is to mount a low profile, internet enabled remote on the robot to make it 'smart'. This project relies on copying IR codes from the supplied remote, meant for programming EUFY. supplies: Soldering supplies, wires, proto board, command strip (to mount controller, battery pack) Uses low energy, low heat output, and now Eufy can be connected all the time! Updated for driving power from Eufy's battery High efficiency buck convertor for converting 12V from LM2596S DC to DC Step-down voltage regulator.Battery pack: Slimmer and bigger mAh is better - current example uses a 12000 mAh battery charger.ESP8266 based microcontroller: we use a esp8266 12E mounted on a nodeMCU devboard v0.9 used here, Adafruit Huzzah or any other internet enabled board can be used too.EUFY vacuum cleaner: non-internet enabled models v11, v11s and v11+.Recent models of EUFY and Roomba vacuum cleaners include smartphone control, and my robot was feeling left out. Make a internet enabled IR controller for EUFY vacuum cleaners.
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