Conversation with the wind
Project Explanation
I intend to express wind visually through this project.
Background Research
The poem(Conversation with the wind) is the background to this project.
Just the passing wind of the moment
we cannot see the winds directly
Landscape communicate the story of wind with the sound
Different methods of the story of the winds
I…
Feel the winds with skin
Listen to the shaking it pushes
See the things it loads
How can I see and feel the story of the wind in different ways?
Design Research
lamp 
Swaying lamp by blowing wind
To Lighten dark place
There are a torchlight, a lamplight, a candlelight, etc…
Korean lamp emit various and fantastic light with color and tradition pattern of the Korean paper
throwing shadow 
The story to tell to the light.
Shadow play
The method that communicate the story with light.
Materials Research
The experiment with Korean rice papers.
Size = 10cm×10cm×10cm, used 4LED, 3layer
Size = 10cm×10cm×10cm, used 3LED, 2layer
Design Concept
To express the story of the winds with lighting
As the counterbalance inclines, It Shows various colors of the light
Just like a wind-bell making different sounds as blowing
Design Sketch
Tech Spec
Tilt sensor
Performance Specification
Measuring range ±60°
Resolution <0.1 degrees
Non-Iinearity <1% FS
Transverse Sensitivity <0.5% at ±60° tilt
Response time <0.5 second
Power supply (Regulated) 5 Vdc
Min.to Max.supply 3 to 6 Vdc
Current consumption 5V <1 mA
Sensitivity appox 25mV/ °
Zero offset at 5V 2.0 ±0.3 Volt
Temperature Drift of sensitivity 1% /°C
Temperature Drift of Zero ±0.4 mV/°C
Output impedance 10 kOhm
Operating Temperature -30 to .. +60°C
Storage Temperature -45 to .. +90°C
Weight approx. 5 g
Arduino Code
int potPin01 = 7;
int potPin02 = 8;
int potPin03 = 12;
int potPin04 = 4;
int ledPin01 = 9;
int ledPin02 = 10;
int ledPin03 = 5;
int ledPin04 = 6;
int ledPin05 = 2;
int value = 0;
int value01 = 0;
int value02 = 0;
int value03 = 0;
int value04 = 0;
void setup(){
pinMode(potPin01, INPUT);
pinMode(potPin02, INPUT);
pinMode(potPin03, INPUT);
pinMode(potPin04, INPUT);
pinMode(ledPin01, OUTPUT);
pinMode(ledPin02, OUTPUT);
pinMode(ledPin03, OUTPUT);
pinMode(ledPin04, OUTPUT);
pinMode(ledPin05, OUTPUT);
}
void loop(){
digitalWrite(ledPin05,HIGH);
if(digitalRead(potPin01)==HIGH){
if(value01<=255){
value01+=10;
delay(5);
analogWrite(ledPin01,value01);
}else{
analogWrite(ledPin01,255);
}
}else{
if(value01>=0){
value01-=5;
delay(5);
analogWrite(ledPin01,value01);
}else{
analogWrite(ledPin01,0);
}
}
if(digitalRead(potPin02)==HIGH){
if(value02<=255){
value02+=10;
delay(5);
analogWrite(ledPin02,value02);
}else{
analogWrite(ledPin02,255);
}
}else{
if(value02>=0){
value02-=5;
delay(5);
analogWrite(ledPin02,value02);
}else{
analogWrite(ledPin02,0);
}
}
if(digitalRead(potPin03)==HIGH){
if(value03<=255){
value03+=10;
delay(5);
analogWrite(ledPin03,value03);
}else{
analogWrite(ledPin03,255);
}
}else{
if(value03>=0){
value03-=5;
delay(5);
analogWrite(ledPin03,value03);
}else{
analogWrite(ledPin03,0);
}
}
if(digitalRead(potPin04)==HIGH){
if(value04<=255){
value04+=10;
delay(5);
analogWrite(ledPin04,value04);
}else{
analogWrite(ledPin04,255);
}
}else{
if(value04>=0){
value04-=5;
delay(5);
analogWrite(ledPin04,value04);
}else{
analogWrite(ledPin04,0);
}
}
}
Tile sensor experiment
Korean rice paper Wood board
Tags: lamp
