Dialing Stargate with DHD and Openlock Base
por Ilkka en MyMiniFactory
This 120mm Stargate rotates the symbol ring and controls the chevron LEDs based on 7-chevron address, which can be programmed by the DHD button. The gate rests on 4x6 Openlock base.
Licencia
Solo uso personalCC BY-NC-SA 4.0 — Atribución, no comercial, compartir igual
Uso personal dando crédito; sin fines comerciales y las modificaciones con la misma licencia.
Al descargar aceptas respetar la licencia y dar crédito a Ilkka.
Archivos (16)
- Base Openlock.stl STL
- Dhd Body.stl STL
- Dhd Button.stl STL
- Dhd Plate.stl STL
- Dhd Symbols.stl STL
- Gate Back.stl STL
- Gate Center Ring.stl STL
- Gate Chevron X7.Stl STL
- Gate Front.stl STL
- Gate Spacer.stl STL
- Gate Symbols.stl STL
- gear.stl STL
- grate.stl STL
- stairs.stl STL
- Template Base 6X4.Stl STL
- Template Top.stl STL
- Categoría
- Miniaturas
- Formatos
- STL
- Descargas
- 1,196
- Publicado
Sobre este modelo
This 120mm Stargate rotates the symbol ring and controls the chevron LEDs based on 7-chevron address, which can be programmed by the DHD button. The gate rests on 4x6 Openlock base.
File Stargate.pdf contains design principles and assembly instructions. See also video https://youtu.be/m7Bo0lUhz8U.
Arduino sketch can be found at Thingiverse: https://www.thingiverse.com/thing:4782980. I was not able to load .ino file to MyMiniFactory. Advice accepted :)
DHD button controls the operation, which has three modes:
- Dialing is started by short pressing of DHD button – the gate dials a 7-chevron address saved in EEPROM. The gate stays open for 1 minute and then closes by itself.
- Programming mode is activated by pressing the DHD button for 5 seconds. Then the button is used to control rotation and direction for each of the 7 stages in order to define the address; the address is saved in EEPROM of Arduino.
- Tuning mode is activated by pressing DHD button for 10 seconds. Then the gate rotates very slowly when DHD button is down. This mode is used to align the symbol ring correctly with the middle chevron.
Descripción original del autor, publicada en MyMiniFactory.