My final project is to build a solar stove.
with the techniques , practices and lessons learned during the academy Fab are my tools for making my solar stove.
Prototype design was solid work each piece was designed and assembled with the program.
A parable in the program taking reference only measures the distance from the cylinder or appropriate focus and the base of the stove design .
Prototype tests : Perform tests with laser cut cardboard .
one of the advantages that I consider digital manufacturing is trial and error and have to have a software design problem which no one can configure and update my design.
Digital manufacturing process .
Cutting router / triplay
Glass cylinder
vinyl cutting
sanblast / engraving on glass
cutting and bending sheet steel / steel cylinder
vinyl sheet silver mirror effect
Development of electronics:
perform a temperature sensor that communicates with bluethooth my cell the degrees Celsius where the food is .
Use a bluethooth a temperature sensor LM35 use a athinny 84 Arduino
Programming:
1st . program the arduino with its corresponding code Athinny 84
2nd program to indicate that the programming is a temperature sensor and indicate RxD and TxD pins . bluethooth indicate signal .
Down the
3rd MIT App Inventor application suitable for cell and application design .
4to. and sensor tests bluethooth
