Introduction: Smart Lamp
Hello, we are 3rd year students at the Roberto Rocca Technical School, our names are Priscila Luna (15 years old), Valentina Ferreyra (15 years old) and Abigail Bonomi (15 years old).
In this document we will tell you and explain our project and how to replicate it step by step, materials, recommendations, etc.
The project is about making a luminaire with brightness variation, bone a lamp to be able to use it as much as to study or for things that require light. For this project it is necessary to know how to program, make sketches, sketches, 3D modelling, manufacturing plans, among other things.
Supplies
- Plastic
- Screws
- Screwdriver
- 3D printer
- Tinkercad (Software)
- Onshape (Software)
Step 1: STEP BY STEP OF THE LAMP:
Choose a role model to give us an idea of what to do
This is the model on which we base ourselves:
Step 2: List of Electronic Components
This helps us to know what components and what quantities of these we will have to use in our lamp.
Step 3: SKETCHES
This step helps us to have an idea and begin to see how the lamp will be, how it will be assembled, among other things.
Step 4: Non-Electronic Components Chart
This step helps us to classify each part of the piece and know what quantities we need; we also decide what material we are going to make the lamp.
Step 5: Simulation in Tinkercad
This step serves to know how we connect each component on the protoboard board and how the assembly will be later.
link: https://www.tinkercad.com/things/fgPFroJeYLL )
Step 6: Connection Scheme
This step is not very relevant, but if we need it, even if it is to see to understand how the components are connected to the Arduino.
Step 7: Sketch
This is one of the most important steps since it gives us the dimensions and measures of the lamp.
Step 8: Rapid Prototype
This step serves to test the measurements and capacity of the lamp, with the tests we check that the components will correctly enter the prototype.
Step 9: Programming
This step is used to program the lights, that is, when how and how often they turn the lights on and off and the variation of the light intensity.
link: https://www.tinkercad.com/things/fgPFroJeYLL
Step 10: Codes
This step serves to tell the lamp how to turn on and how to work.
Step 11: 3D Modeling
This step serves to see how each piece is assembled and for when we have to make the physical lamp, we send it to print with the 3d printer.
Step 12: Assembly
This step helps us to verify that the simulation works in the assembly, also to prepare the final prototype (which will be the assembly with the prototype all together).
Step 13: Manufacturing Drawings
This step is used to see the specific measurements and verify the proportions of the lamp.
Step 14: Functional Prototype
This is the final step what we do is send to print the pieces in 3D and place the assembly in the prototype and we already have our lamp ready.
Step 15: RECOMMENDATIONS / CONCLUSION
RECOMMENDATIONS
What we can recommend is if you decide to do this project is, have a good management of what is programming, modelling, technical drawing, etc. Also, that, if possible, they do it in groups, since it is more dynamic to work collaboratively.
CONCLUSION
What we can say is that with a lot of work time we reached the result we expected, and now we share it with you so that you can replicate it or simply see what we achieved.
THANKS YOU!
