Finger Drums

2014

The finger drums are designed to be with visible, audible and touchable functions.

It is an aesthetically artistic item connected with visual sounds on Arduino and Processing. Soohyun and I made this for a person who likes to play sounds or perform with a screen. This can be so easy to play. The function is able to play 4 different drum sounds. I used a LilyPad Arduino board and conductive threads on a glove. The thumb will be “- (ground)” and other 4 fingers will be “+(pins)” circuits.

LilyPad Arduino Serial To Processing (Code by Soohyun Park)
Background Music: Power of The Drum (Marlon D's Deep Tribal Mix), by Marlon D. & Boddhi Satva

Instructables Version: http://www.instructables.com/id/The-Finger-Drums/

Fall 2014

  Step 1: Materials Necessary -  Glove, LilyPad Arduino, 1Pink LED, Conductive Thread, Colored Threads, Buttons

Step 1: Materials Necessary - Glove, LilyPad Arduino, 1Pink LED, Conductive Thread, Colored Threads, Buttons

 Step 2: Sewing buttons on each finger.

Step 2: Sewing buttons on each finger.

 My thumb connected with “Ground (-)” and my 4 fingers connected with digital pins (+): Pin 5, 7, 9 and 10.

My thumb connected with “Ground (-)” and my 4 fingers connected with digital pins (+): Pin 5, 7, 9 and 10.

 Step 3: Sewing a LilyPad with a normal thread for attaching on the glove.

Step 3: Sewing a LilyPad with a normal thread for attaching on the glove.

 Step 4: ewing conductive threads on each finger to the LilyPad.

Step 4: ewing conductive threads on each finger to the LilyPad.

 In this project, I focused on an aesthetic design. So, I sewed conductive threads to invisible ways. Normally, when people make a kind of LilyPad gloves, they sew outer surface. I spent a lot of time in this section.

In this project, I focused on an aesthetic design. So, I sewed conductive threads to invisible ways. Normally, when people make a kind of LilyPad gloves, they sew outer surface. I spent a lot of time in this section.

 Step 5: Covering the LilyPad with a button.

Step 5: Covering the LilyPad with a button.

 I don't want to see the LilyPad directly as well. So, I covered!

I don't want to see the LilyPad directly as well. So, I covered!

 Step 6: Sewing a pink mini LED on the part of the wrist.  When (+) and (-) meet each other, the mini LED lights on. I sewed ground and Pin 2.

Step 6: Sewing a pink mini LED on the part of the wrist.

When (+) and (-) meet each other, the mini LED lights on. I sewed ground and Pin 2.

Step 7: Testing on Arduino and Processing.

The coding parts were created by Soohyun Park, who is developer and my best friend in Parsons.