EDOT – Arduino Based Precision Clock And Weather Station, Multipurpose Information Display 3D Printer Model

Author: @
License: CC BY-NC-ND
File formats: stl,pdf
Download type: zip
Size:1.6MB

The file 'EDOT – Arduino Based Precision Clock And Weather Station, Multipurpose Information Display 3D Printer Model' is (stl,pdf) file type, size is 1.6MB.

Summary

eDOT is an Arduino based precision clock and weather station with built in IR remote receiver and automatic brightness adjustment.
The device has been designed to be easily expanded with additional hardware like WIFI module or other.
Thanks to its six 8x8 dot matrix LED display can be used to show many type of information coming either from internal sensor, custom scrolling messages or wireless from the internet (RSS, etc)
It has a very low power consumption, a simple and elegant design that combines glass front face and 3D printed parts for the body.

The project is currently under development and I will be updated

See more on my Youtube page at:
https://www.youtube.com/watch?v=aO3E_kaa-ro
https://www.youtube.com/watch?v=nWbayQHAAWg

and see also my Youtube channel for more projects:
https://www.youtube.com/channel/UCbIomyFKzBiLHqEb2xv9GHQ

See the project page on Hackster:
https://www.hackster.io/antiElectron/edot-arduino-based-precision-clock-and-weather-station-a76ed0?ref=user&ref_id=110211&offset=14

See eDOTcore page on Hackster:
https://www.hackster.io/antiElectron/edotcore-a-versatile-arduino-board-with-built-in-rtc-7a5b1a?ref=user&ref_id=110211&offset=12

Currently available parts:

  • Left cover with BME280 sensor housing and expansion bay
  • 8x8 dot matrix LED display mounting bracket
  • Foot

Uploaded on 23/07/2016

  • Right cover with USB breakout board housing and custom Arduino board bay

Uploaded on 29/07/2016

  • Right body

Uploaded on 31/07/2016

  • Left body
  • Button panel

Uploaded on 01/08/2016

  • Revised foot (stability improved)
bracket.stl 84.8KB
clock_body_lx.stl 365.9KB
clock_body_rx.stl 367.6KB
cover_lx2.stl 296.6KB
cover_rx.stl 526.3KB
foot2.stl 62.2KB
one_piece_body.stl 4.8MB
panel.stl 58.1KB
www.thingiverse-edot.pdf 88.6KB