Monitoring of Food grains on a Smart Container using Internet of Things

Madhuri Ninganolla, K. Vasanth
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Abstract

A smart container which automatically monitors and controls environmental conditions, pest formation and mildew formation is proposed. We can also know the quantity of grains present in the container via SMS. This smart container consists of different types of sensors. It also consists of other devices like ultrasonic pest repeller and load cell. This smart container works in five different modes of operation. The sensors obtain data from container and send to controller to compare them with standard values. Accordingly, the parameters are monitored and controlled in different modes. An exhaust fan is placed in the container which controls the temperature, humidity and moisture by switching the exhaust on and off automatically. The data can be reviewed by user in the form of SMS. The experiment was conducted and results obtained are very effective and proves that proposed system can store raw grains in organic manner and protect them from pests and mildew. By using this smart container we can avoid usage of chemicals and preserve the grains from germination and maintain quality of grains.
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利用物联网对智能容器上的粮食进行监测
提出了一种自动监测和控制环境条件、害虫形成和霉菌形成的智能容器。我们还可以通过SMS了解容器中存在的谷物数量。这个智能容器由不同类型的传感器组成。它还包括其他设备,如超声波驱虫器和称重传感器。这种智能容器可以在五种不同的操作模式下工作。传感器从容器中获取数据并发送给控制器与标准值进行比较。因此,对参数进行了不同模式的监测和控制。在容器内放置一个排气风扇,通过自动开关排气来控制温度、湿度和湿度。用户可以通过短信的形式查看数据。实验结果表明,该系统能有效地实现粮食原料的有机储存,并能有效地防止粮食原料的虫害和霉变。通过使用这种智能容器,我们可以避免使用化学品,防止谷物发芽,保持谷物的质量。
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