An android app is planned/designed in parallel development. As development makes progress the communication API is added and further extended over time on the machine and the app.
Planing of the mecanincs on paper. Taking measurements of cups and motors for reference
Calculating best gear-ratio and designing in Fusion360.
Raw Machine Body. Just plugged together for testing. Everything is wiggly. Gears are underneath and fit perfectly.
Added cereal containers.
Preparing all dispenser Motors!
First dispensing test. Is our Design suitable?
Almost finished machine! Side panels are missing.
Finished machine. With RGB attraction LED's
Added UPS Backup battery. This LiPo battery has enough capacity for about 100 filled cereal bowls. Upgrade from ESP8266 to ESP32. Just ran out of IO Pins for milk feature. ESP32 also has 2 Cores which fit our needs perfectly to both operate the machine and communicate with all hungry clients. Also upgraded all motors. Rotation motor is shown on the image below. All dispenser motors have now a gearbox with 27:1 ratio. Now we have enough power to crunch "Zini-Minis" through!
Wiring of the machine. middle: 5x Trinamic Motor drivers and ESP32. right: peristaltic milk pump.
All components for milk dispensing. Also added incremental encoder for perfect measuring and a magnetic valve to stop dripping after dispensing.
From Idea to Development (old machine without ESP32/trinamic drivers and milk dispensing)
Just a preview (old machine without ESP32/trinamic drivers and milk dispensing)
If you have any questions or just want to say hi, send us an email at email@example.com.
a project by Adrian B. and Kevin O. Copyright 2018