Difference between revisions of "User:Reyninho/FabLab-Reykjavik/Electronic-components"
From Fab Lab Wiki - by NMÍ Kvikan
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− | Electronic components | + | == Electronic components == |
+ | [[File:vinyl_glass_project.jpg|thumb|The vinyl project]] | ||
+ | Regarding to my master degree, my personnal project need a lot of electronic components to work. I use to study differents fields but the electronic and the code never yet. Everything must strat one day! | ||
+ | To explain my project I want: | ||
+ | # A spectator controle the orientation of a pojector on 360° using his head. For that I want to use a gyroscopic component that takes into account this orientation included in the headphone he will wear by a servo. | ||
+ | # The projector light on only when the spectator is under it and if he wears the headphone. For that I want to use two ultrasonic components that takes into account the distance that there is between it and an obstacle in front of it. | ||
+ | # All of that would be managed by an Arduino card / code linked to my computer (I work with Windows pc). | ||
+ | |||
+ | === The components === | ||
+ | # Arduino UNO starter kit. | ||
+ | # HMC5883L gyroscopic component | ||
+ | # HC-SR05 utrasonic mesuring component (X2 - head detector and presence detector) | ||
+ | # Servomotor (360°) | ||
+ | # |
Revision as of 11:09, 16 February 2017
Electronic components
Regarding to my master degree, my personnal project need a lot of electronic components to work. I use to study differents fields but the electronic and the code never yet. Everything must strat one day! To explain my project I want:
- A spectator controle the orientation of a pojector on 360° using his head. For that I want to use a gyroscopic component that takes into account this orientation included in the headphone he will wear by a servo.
- The projector light on only when the spectator is under it and if he wears the headphone. For that I want to use two ultrasonic components that takes into account the distance that there is between it and an obstacle in front of it.
- All of that would be managed by an Arduino card / code linked to my computer (I work with Windows pc).
The components
- Arduino UNO starter kit.
- HMC5883L gyroscopic component
- HC-SR05 utrasonic mesuring component (X2 - head detector and presence detector)
- Servomotor (360°)