Design and Implementation of Multiple Vaccine Monitor System Using IoT and Android Application

Ali Taufan, Dede Irawan Saputra, Siska Telly Pratiwi, E. N. Nawangsih
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Abstract

—The need for safe distribution of Covid-19 vaccines is indispensable for all parties to minimize the risk of distribution. Vaccine monitoring systems has advantage that officers or supervisors can continuously monitor multiple device such as the temperature, shock and cold box position during the distribution process. When the cold box temperature is outside the specified temperature range, the system will give warnings in the form of notifications through the android smartphone application and can also be accessed via the website so that vaccine carrier can condition the cold box by increasing or decreasing ice packs so that the quality of the vaccine can be maintained. Equipped with a location tracking system using GPS, it can provide information on the presence of vaccines to supervisors in real time. This system consists of a DS18B20 temperature sensor, a shock sensor using MPU6050 and a GPS sensor using UBLOX NEO-6M GPS module. The sensors are connected to a microcontroller ATMega 2560 chip in a single printed board along with a battery power supply. The notification feature is very helpful for vaccine carrier and supervisors when an abnormal event occurs in the cold box so that it can facilitate the decision-making process.
基于物联网和Android应用的多疫苗监测系统的设计与实现
-安全分发Covid-19疫苗对各方来说是必不可少的,以尽量减少分发风险。疫苗监测系统的优点是,在分发过程中,工作人员或监督员可以连续监测多个设备,如温度、冲击和冷箱位置。当冷箱温度超出规定温度范围时,系统将通过android智能手机应用程序以通知的形式发出警告,也可通过网站访问,以便疫苗载体通过增加或减少冰袋来调节冷箱,以保持疫苗的质量。它配备了使用GPS的位置跟踪系统,可以实时向监管人员提供疫苗存在的信息。该系统由DS18B20温度传感器、MPU6050冲击传感器和UBLOX NEO-6M GPS模块GPS传感器组成。传感器连接到单个印制板上的微控制器ATMega 2560芯片以及电池电源。当冷箱中发生异常事件时,通知功能对疫苗携带者和监管人员非常有帮助,可以方便决策过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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