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SMART FACTORY / SMART HOME CONTROLLED BY ARDUINO

A model of smart and connected homes and offices 

This is the model of a smart factory we can control devices with any smart phone from anywhere with internet .you can contact us on mail geniustec18@gmail.com   .We are using a Arduino as a controller .This is very good project for students .Here you will
Learn to  control and send data to your arduino via Bluetooth through your phone .

Here we are using Arduino and Smart phone .We need  application for the same.1#Download APK file (bluetooth controller 8 lamp) 2#For Arduino Copy and paste below sketch (for wiring see in sketch)
#include <SoftwareSerial.h>SoftwareSerial mySerial(10, 11); //Pin10 RX , Pin 11 TX connected to--> Bluetooth TX,RX
#define Lamp1 2#define Lamp2 3#define Lamp3 4#define Lamp4 5#define Lamp5 6#define Lamp6 7#define Lamp7 8#define Lamp8 9
//If Out to active Low change ON 0 and OFF 1//If Out to active High change ON 1 and OFF 0#define ON 0#define OFF 1char val;String statusLamp1, statusLamp2, statusLamp3, statusLamp4, statusLamp5, statusLamp6, statusLamp7, statusLamp8;
void setup() {  pinMode(Lamp1, OUTPUT); digitalWrite (Lamp1, OFF);  pinMode(Lamp2, OUTPUT); digitalWrite (Lamp2, OFF);  pinMode(Lamp3, OUTPUT); digitalWrite (Lamp3, OFF);  pinMode(Lamp4, OUTPUT); digitalWrite (Lamp4, OFF);  pinMode(Lamp5, OUTPUT); digitalWrite (Lamp5, OFF);  pinMode(Lamp6, OUTPUT); digitalWrite (Lamp6, OFF);  pinMode(Lamp7, OUTPUT); digitalWrite (Lamp7, OFF);  pinMode(Lamp8, OUTPUT); digitalWrite (Lamp8, OFF);  mySerial.begin(9600);  Serial.begin(9600);}
void loop() {  //cek data serial from bluetooth android App  if ( mySerial.available() > 0 ) {    val = mySerial.read();    Serial.println(val);  }  //Lamp is on  if ( val == '1' ) {    digitalWrite(Lamp1, ON); statusLamp1 = "1";  }  else if ( val == '2' ) {    digitalWrite(Lamp2, ON); statusLamp2 = "2";  }  else if ( val == '3' ) {    digitalWrite(Lamp3, ON); statusLamp3 = "3";  }  else if ( val == '4' ) {    digitalWrite(Lamp4, ON); statusLamp4 = "4";  }  else if ( val == '5' ) {    digitalWrite(Lamp5, ON); statusLamp5 = "5";  }  else if ( val == '6' ) {    digitalWrite(Lamp6, ON); statusLamp6 = "6";  }  else if ( val == '7' ) {    digitalWrite(Lamp7, ON); statusLamp7 = "7";  }  else if ( val == '8' ) {    digitalWrite(Lamp8, ON); statusLamp8 = "8";  }  else if ( val == '9' ) {    digitalWrite(Lamp1, ON); statusLamp1 = "1";    digitalWrite(Lamp2, ON); statusLamp2 = "2";    digitalWrite(Lamp3, ON); statusLamp3 = "3";    digitalWrite(Lamp4, ON); statusLamp4 = "4";    digitalWrite(Lamp5, ON); statusLamp5 = "5";    digitalWrite(Lamp6, ON); statusLamp6 = "6";    digitalWrite(Lamp7, ON); statusLamp7 = "7";    digitalWrite(Lamp8, ON); statusLamp8 = "8";  }  //Lamp is off  else if ( val == 'A' ) {    digitalWrite(Lamp1, OFF); statusLamp1 = "A";  }  else if ( val == 'B' ) {    digitalWrite(Lamp2, OFF); statusLamp2 = "B";  }  else if ( val == 'C' ) {    digitalWrite(Lamp3, OFF); statusLamp3 = "C";  }  else if ( val == 'D' ) {    digitalWrite(Lamp4, OFF); statusLamp4 = "D";  }  else if ( val == 'E' ) {    digitalWrite(Lamp5, OFF); statusLamp5 = "E";  }  else if ( val == 'F' ) {    digitalWrite(Lamp6, OFF); statusLamp6 = "F";  }  else if ( val == 'G' ) {    digitalWrite(Lamp7, OFF); statusLamp7 = "G";  }  else if ( val == 'H' ) {    digitalWrite(Lamp8, OFF); statusLamp8 = "H";  }  else if ( val == 'I' ) {    digitalWrite(Lamp1, OFF); statusLamp1 = "A";    digitalWrite(Lamp2, OFF); statusLamp2 = "B";    digitalWrite(Lamp3, OFF); statusLamp3 = "C";    digitalWrite(Lamp4, OFF); statusLamp4 = "D";    digitalWrite(Lamp5, OFF); statusLamp5 = "E";    digitalWrite(Lamp6, OFF); statusLamp6 = "F";    digitalWrite(Lamp7, OFF); statusLamp7 = "G";    digitalWrite(Lamp8, OFF); statusLamp8 = "H";  }  //synchronize Arduino to APK  else if ( val == 'S' ) {    //send data to android apk    delay(500);    mySerial.println(statusLamp1 + statusLamp2 + statusLamp3 + statusLamp4 + statusLamp5 + statusLamp6 + statusLamp7 + statusLamp8 + "J"); //delay(500);    val = ' ';  }}

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