Introduction: Flexing Sensor Bow Tie
Instructable on how to create a moving bow tie using a flexing sensor and arduino
Step 1: Gathering Materials
Materials needed:
- High Torque Servo
- Arduino Uno
- Perfboard
- Flexing Sensor
- 3 - 4 different colors of solid core and stranded wire
- 9 Volt Battery
- Battery Clip
- Soldering Wire
- Soldering Iron
- 100K Resister
- Fabric
- Small pouch or box
Step 2: Flex Sensor Coding
- Flex Sensor Code
Delay and rotation adjusted for my project
- to adjust rotation change numbers in the map and constrain of the servoPosition
- to adjust delay look for 'delay' at the end of code
Step 3: Breadboarding
Breadboard Diagram
Step 4: BreadBoard to PerfBoard
- Using A Perfboard would provide a way to permanently connect your circuit
Perfboard
a material for prototyping electronic circuits
creating ones own circuit board
Video on going from Breadboard to Perfboard
- Link to understanding going from breadboard to perfboard
- Please read in case you plan to use a perfboard that does not resemble a breadboard exactly. Just as I did, in the images shown above.
- advantage of using the perfboard shown in the images, is that one can place everything closer together to have a smaller board
- advantage of using the perfboard shown in the images, is that one can place everything closer together to have a smaller board
Step 5: Completed Connection/Circuit
Step 6: Constructing a Bow Tie
- Pinterest DIY Bow Tie
Step 7: Attatching Bow Tie to Servo
Using needle and thread, stitch the wings of the servo into the bow tie
Step 8:
For the part of the tie that wraps around the neck, make it a bit more sturdier by wrapping wire around it
Step 9:
- As a way to conceal the battery, arduino, and perfboard, I used the remainder of the to attach a box to the end of the tie.
- Wrap the wire around the box until it is fully attached.
- Of course this isnt the most visually pleasing aspect of my piece, so I highly encourage other ideas in terms concealing the battery, arduino, and perfboard.
Step 10:
- Conceal the wire by stitching more fabric over it
Step 11:
- Stitch buttons to tie as well to place into wire hooks that are taped to the box
Step 12:
- Wire and flexing sensor are feed down through shirt to hand. I learned
during critique it is best to have the sensor secured to a part of the body that flexes..
Step 13: Basic Sketch of What It Should Look Like
Step 14: Final Product
- Having a model is always helpful too?????
- for videos and further information, please visit my blog
- link: https://electronicartve.blogspot.com/