IoT-Based Automatic Shed System to Prevent Unwanted Rain for Growing Crops

Md Sabbir Reza, Md Imon Hossen, Sumaiya Afrose, Khalid Mahmud Niloy, Md. Shahriar Kabir
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Abstract

Agricultural countries like Bangladesh lose large amounts of crops due to unseasonal rain, which is concerning to the country's economy. This project aims to deliver a proper shed system for saving crops or plants from unwanted rain, which is innovative, cheaper, and effective. The most important advantage of this system is that it is fully automated such as: When it rains, the shed system opens automatically, and when it stops raining, the shed system closes automatically by sensing the rain with the help of a rain sensor and the user will be notified through IoT. For IoT purposes, a Wi-Fi module is used and for this, it is possible to get notifications on phone. This project also describes the project model, testing, and hardware. This system consists of the innovative design of an umbrella system for the shed system, which opens and closes with the help of a high-torque motor and is fully automated and controlled by Arduino. This umbrella shed system is the heart of the project which will protect the crops from unwanted rain as a result people will be benefitted and the economy in the agriculture sector will rise beyond expectations.
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基于物联网的自动棚系统,为种植作物防止不必要的雨水
像孟加拉国这样的农业国家由于非季节性降雨而损失了大量农作物,这关系到该国的经济。该项目旨在提供一个适当的棚舍系统,使作物或植物免受不必要的雨水,这是创新的,更便宜的,有效的。该系统最重要的优点是它是完全自动化的,例如:下雨时,棚子系统自动打开,当下雨时,棚子系统通过雨水传感器感知降雨,并通过物联网通知用户,自动关闭。出于物联网的目的,使用了Wi-Fi模块,因此可以在手机上获得通知。本项目还描述了项目模型、测试和硬件。该系统为棚架系统创新设计了一个伞形系统,借助高扭矩电机开启和关闭,完全自动化,由Arduino控制。这个伞棚系统是该项目的核心,它将保护作物免受不必要的雨水,因此人们将受益,农业部门的经济将超出预期。
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