Arduino-Android HomeAutomation
Arduino-Android HomeAutomation APK
1.0 ․ 8 years agoFree ․ Syed Anwaarullah ⇣ Download APK (722.04 KB)
This is a simple Voice Controlled Home Automation App based on Arduino platform.
What's Arduino-Android HomeAutomation APK?
Arduino-Android HomeAutomation is a app for Android, It's developed by Syed Anwaarullah author.
First released on google play in 9 years ago and latest version released in 8 years ago.
This app has 2.3K download times on Google play and rated as 4.10 stars with 10 rated times.
This product is an app in Education category. More infomartion of Arduino-Android HomeAutomation on google play
A mimimalistic demo app of Voice Controlled Home Appliances using Arduino. The source code for Arduino and Android app will be made available on my blog http://anwaarullah.com soon.
If you need any help in building the Circuit, please email me at [email protected]
Basic Setup:
1. Connect a Bluetooth Module to the Arduino Serial Port
2. Connect 3 Loads (or LEDs for testing) to Pins 8,9 and 10
3. Upload the Arduino Code below
4. Open the App and establish a connection with the Bluetooth Module
5. Select the Appropriate buttons and the LEDs/Load should lit up accordingly
The following pins are connected to the Buttons on the App:
Yellow Lamp = Digital Pin 8 of Arduino
Fan = Digital Pin 9 of Arduino
Red Lamp = Digital Pin 10 of Arduino
To give in voice commands, hit the mic button and say in any of these commands:
"red lamp on"
"red lamp off"
"fan on"
"fan off"
"yellow lamp on"
"yellow lamp off"
I've attached a sample schematic that can be used for reference in connecting.
To see a demo of this application, please visit this video http://vimeo.com/53071330 and navigate to 20:00 on the video. This was a talk where I made this App for a demo.
#### Arduino Source Code ####
char ch = 'A';
int lamp1 = 8;
int lamp2 = 9;
int lamp3 = 10;
void setup()
{
Serial.begin(9600);
pinMode(lamp1, OUTPUT);
pinMode(lamp2, OUTPUT);
pinMode(lamp3, OUTPUT);
digitalWrite(lamp1, LOW);
digitalWrite(lamp2, LOW);
digitalWrite(lamp3, LOW);
}
void loop()
{
if (Serial.available() > 0)
{
ch = Serial.read();
if (ch == '1') {
digitalWrite(lamp1, HIGH);
}
if (ch == '2') {
digitalWrite(lamp2, HIGH);
}
if (ch == '3') {
digitalWrite(lamp3, HIGH);
}
if (ch == '4') {
digitalWrite(lamp1, LOW);
}
if (ch == '5') {
digitalWrite(lamp2, LOW);
}
if (ch == '6') {
digitalWrite(lamp3, LOW);
}
}
delay(500);
ch = 'A';
}
Note: Please be careful while handling high voltage loads. Take all necessary precautions while building the circuit. I'm not responsible for any damage whatever, in any way whatsoever arising out of the use of this App (Physical or Material).
If you need any help in building the Circuit, please email me at [email protected]
Basic Setup:
1. Connect a Bluetooth Module to the Arduino Serial Port
2. Connect 3 Loads (or LEDs for testing) to Pins 8,9 and 10
3. Upload the Arduino Code below
4. Open the App and establish a connection with the Bluetooth Module
5. Select the Appropriate buttons and the LEDs/Load should lit up accordingly
The following pins are connected to the Buttons on the App:
Yellow Lamp = Digital Pin 8 of Arduino
Fan = Digital Pin 9 of Arduino
Red Lamp = Digital Pin 10 of Arduino
To give in voice commands, hit the mic button and say in any of these commands:
"red lamp on"
"red lamp off"
"fan on"
"fan off"
"yellow lamp on"
"yellow lamp off"
I've attached a sample schematic that can be used for reference in connecting.
To see a demo of this application, please visit this video http://vimeo.com/53071330 and navigate to 20:00 on the video. This was a talk where I made this App for a demo.
#### Arduino Source Code ####
char ch = 'A';
int lamp1 = 8;
int lamp2 = 9;
int lamp3 = 10;
void setup()
{
Serial.begin(9600);
pinMode(lamp1, OUTPUT);
pinMode(lamp2, OUTPUT);
pinMode(lamp3, OUTPUT);
digitalWrite(lamp1, LOW);
digitalWrite(lamp2, LOW);
digitalWrite(lamp3, LOW);
}
void loop()
{
if (Serial.available() > 0)
{
ch = Serial.read();
if (ch == '1') {
digitalWrite(lamp1, HIGH);
}
if (ch == '2') {
digitalWrite(lamp2, HIGH);
}
if (ch == '3') {
digitalWrite(lamp3, HIGH);
}
if (ch == '4') {
digitalWrite(lamp1, LOW);
}
if (ch == '5') {
digitalWrite(lamp2, LOW);
}
if (ch == '6') {
digitalWrite(lamp3, LOW);
}
}
delay(500);
ch = 'A';
}
Note: Please be careful while handling high voltage loads. Take all necessary precautions while building the circuit. I'm not responsible for any damage whatever, in any way whatsoever arising out of the use of this App (Physical or Material).
