Perancangan alat kontrol Ayunan Bayi menggunakan Esp 32 dengan Sensor Suara,Pir,Dht11 Berbasis Iot

Abstract

This research aims to design and test a baby swing control system using sound sensors and IoT-based Esp 32. Step down to regulate and stabilize the voltage entering the power supply as an electric voltage supply. This system aims to unite electronic components with the Esp 32 microcontroller, pear sensors to detect the presence of babies, sound sensors detect baby cries and DHT 11 sensors detect temperature and humidity in the swing that make babies cry. With a servo motor as the driver of the baby swing. The Esp 32 microcontroller is used to create an IoT application system by connecting to the hospot connected to the blynik application. The IoT system used through the blyink application which functions as a data receiver sent to ESP32. When the sensors detect activity, ESP will send a command to blyink to notify the activity on the swing. The test results show that the control and monitoring system is very effective in improving the quality of the baby swing with the detection of baby cries and baby movements that are maintained. The conclusion of this research is that this system has the ability to control and monitor baby swings automatically efficiently and safely, thus offering an innovative and practical solution for taking care of babies.