Design and build a monitoring system for the distribution of breast milk containers based on IoT Muhammad Sainal Abidin (a), Laode Sahlan Zulfadlih (b), Laode Hasnuddin (c)
a. Mandala waluya University, jalan A.H Nasution no G-37, kendari. Inodensia
*sainalxp2[at]gmail.com
b. Mandala waluya University, jalan A.H Nasution no G-37, kendari. Inodensia
*alanz.laode[at]gmail.com
c. unversitas sebelas november, kolaka, indonesia
*hasnuddin.sagala[at]gmail.com
Abstract
Breastfeeding is very important for the baby^s growth. However, this can be constrained when the mother and baby are separated which can be caused because the mother of the baby has to work. The method that can be done is to distribute breast milk that has been expressed and then put into a special bottle. However, in the distribution process, the condition of breast milk must always be monitored both from its temperature and humidity so that the quality of the mother^s milk that reaches the baby is maintained. In addition, in the distribution process from the location of the container, it must always be monitored so that the distribution process is carried out in accordance with the delivery destination. With these problems, the container used can be equipped with a DHT22 sensor that can measure temperature and humidity as well as a GPS system to be able to monitor the position of the container. For data transmission, the results of sensor measurements and location coordinates are used by the internet of tings (IoT) system. By using the IoT system, the sensor measurement results can be seen on a smartphone using the blynk application and the location coordinates can be displayed on a map. For a control system capable of connecting the system to the internet, nodeMCU esp8266 is used by completing the system with a WIFI modem for system needs to access the internet network. Thus, the condition of the container for storing breast milk in terms of temperature, humidity, and location during the distribution process will continue to be monitored online with the IoT method connected to a smartphone.
