IOT Based Advanced Smart Cradle For Baby Monitoring System

To get abstract and price visit our website:
projectsfactory.in/product/io...
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Project short description:
Cradle will be swing automatically when baby cries. Sound sensor detects baby crying and gives signal to arduino. DHT11 sensor placed on cradle to detect temperature and humidity surrounding of baby. Moisture sensor placed inner bottom of cradle to detect baby urination. when baby Urinates then buzzer will be ON to indicate to parents. MEMS sensor placed on baby to detect baby moments. when baby moved, fan will be ON. This will give cooling effect to baby so that baby can sleep easily. Arduino sends all these sensors data to IOT cloud server. Parents can easily monitor baby parameters from remote place. To get free abstract visit above URL.
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#iotsmartcradle #babymonitoring #arduinocradle #advancedprojects #finalyearprojects #projectsfactory

[@detce440satyamsingh7]

Sir please provide arduni code

[@shobithshetty1907]

sir can i get all components name and how to connect all this

[@projectsfactory]

Thnaks for watching. You can call or whatsapp [phone]

[@vasavivasu367]

There is no what's app for this number then how to contact you

[@dr_techph1646]

#include "TinyDHT.h"
#include
#define WaterSensor 3
#define Buzzer 4
const int servoPin=5;
const int soundpin=A5;
const int threshold=32;
Servo Servo1;
#define DHTPIN 6
#define DHTTYPE DHT22
#define fan 8
DHT dht (DHTPIN, DHTTYPE);
int tempMode = 0;
int t;
void setup() {
pinMode(WaterSensor, INPUT);
pinMode(Buzzer, OUTPUT);
Serial.begin(9600);
pinMode(fan, OUTPUT);
dht.begin();

pinMode(soundpin,INPUT);
Servo1.attach(servoPin);
sound();
}
void loop() {
/* The water sensor will switch LOW when water is detected.
Get the Arduino to illuminate the LED and activate the buzzer
when water is detected, and switch both off when no water is present */
if( digitalRead(WaterSensor) == LOW) {
digitalWrite(Buzzer,HIGH);
tone(Buzzer, 500);
delay(500);
noTone(Buzzer);
delay(500);
}else {
digitalWrite(Buzzer,LOW);
sound();
temp();
}
}
void sound() {
int soundsens=analogRead(soundpin);
if (soundsens>=threshold) {
// Make servo go to 0 degrees
Servo1.write(0);
delay(200);
// Make servo go to 90 degrees
Servo1.write(180);
delay(200);
// Make servo go to 180 degrees

delay(1000);
}
}
void temp() {

t = dht.readTemperature(tempMode);
Serial.println(t);
if(t>800){
digitalWrite(fan,HIGH);
}
else {
digitalWrite(fan,LOW);
}
}