Enough is enough. If people think my candies will do something weird, let's make my candies do something weird.
So I got a damaged PC joystick, a broken toy car, some cellphone chargers and a plastic container, and I made a Robot Candy Bowl. It works with a pressure sensor. When somebody wants to pick a candy, if he touch the container, RoboCandy wakes up, spins its claw and lights its beam.
Simple? Maybe. But it does the job: All people take candies just for the fun of seeing it in action. It's like some kind of "Operation" board game.
Does anybody else want my Robotic Colombian Coffee Candies? :-)
Step 1: Materials
1 PC Joystick with handle
1 Broken batteries operated toy car.
1 Transparent and rectangular plastic container (not bigger than the joystick bottom side)
4 corner brace inside L (1in. x 1/2in.)
1 Empty plastic reel (like the used for wire or thread)
3 Cellphone charger (two with long case for the legs, the other one bulky with enough space for the battery)
1 Telephone charger
1 Laptop charger
1 iTop Pro toy (damaged).
2 Plastic wheels for chairs
1 Toggle switch
1 330 Ohm resistor
2 Big red LEDs
1 9V Battery clip
2 Plastic tubes, from a pen, a marker or a insuline syringe.
Nuts, screws and bolts
Black and red wires
Dremel Rotary Tool
And don't forget:
1. If you don't have it, replace it!
2. Use protective equipment (dust mask and goggles).
3. Beware of drilled and soldered hot surfaces.
4. Work in a good ventilated area.
5. Always have junk in stock.
6. Have fun.
7. Colombian Coffee Candies are good.
Step 2: Dismantle the Joystick
Put the pieces over the table along the other stuff described on the Step 1, and start thinking how the robot will be.
Step 3: Back
Step 4: Legs
For the feet, use the mount from the plastic wheels for chairs. You can remove the wheels in the way showed in my "Make a Robot Lamp" instructable. Now remove the upper metal axis, using a hammer on the prongs side. Be careful, because a bad movement could result in injury.
Take the chargers, the mounts, the corner braces, nuts, bolts and washers, and arm the legs on the way showed in the pictures. Don't forget to put some superglue between nuts and bolts, not only in the legs but in all the robot, because the vibrations will loose the robot joints.
Step 5: Electric Diagram
NOTE: If you want to add another switch for turning on/off the robot, perfect!
(Thanks to Renée Busse for giving me my first SketchBook lesson!)
Step 6: Crotch and Battery Compartment
- Telephone: it will be the crotch. Screw the smaller case to the bottom of the joystick (body). On the bigger case, attach the legs in each side.
- Cellphone (bulky): use one of the halfs for housing the battery (battery holder).
- Laptop: it will be the platform where the container rests and where the battery and the toggle switch will be located. Adapt it for fitting the the battery holder. Screw the lower half on the top of the crotch bigger case. Keep the upper part for the next step.
Step 7: Candy Container
Solder the battery clip with the switch and make a sensitivity test, first with empty container, and later with full container. Adapt the hinge and the switch for a better performance.
Close the platform and insert the wire (for powering the arms) into the body.
Step 8: Arm 1 (Rotatory Claw)
Step 9: Arm 2 (Blaster)
Step 10: Attaching the Parts
Gently, fill half of the container with candies. Place the robot over the table and... just wait!