Card Shuffler

by bristonchristensen in Circuits > Microcontrollers

585 Views, 2 Favorites, 0 Comments

Card Shuffler

5B5BF92A-C128-45B3-8C16-FA60838BCF44.JPG

My family plays a lot of card games and not very many of us know how to properly shuffle cards. I made this project so when we all get together to play games, anyone will be able to be the dealer instead of relying on one person. *Note-Must have experience with micro python and basic wiring to complete this project.

Supplies

micro python

3D printed base

bread board

bread board power supply

jumper wires

buttons

LCD display screen (16x2)

H bridge module

3 DC motors

stepper motor

linear rail

timing belt

timing rollers

access to 3D printer

Install Micro Python Onto the Raspberry Pi Pico Controller

micro python.PNG

Install micro python here. https://github.com/micropython/micropython

Codes

Use the attached codes to paste scripts from micro python onto the pico controller. https://docs.google.com/document/d/1a9HgnvxWsexWAAz8p8iP75vZX5IvioCMWuV9vvBoEWo/edit

Downloads

Assemble the Wires

wiring.jpg
1257BF80-D865-43F3-86B0-21BAA91F249E.JPG

Follow along with the diagram to connect the jumper wires to the motors, display screen, buttons, and bread board.

3D Print the Base Parts

Use the link to 3D print all base parts.

https://collaborate.shapr3d.com/v/cLVII-jANor6E8ufUCR_n

https://collaborate.shapr3d.com/v/kzJ2kfQ_9rUV94DaDqqhg

Assemble

5B5BF92A-C128-45B3-8C16-FA60838BCF44.JPG

The last step is to put it all together. The wiring should all be complete at this point. Insert the 3D parts together. *note-you may have to use a few screws to hold the linear rail and timing belt to the base. Hook all the wires to the base and use a power outlet to turn it on.