Development of solar powered automatic retractable cloth hanger with raining sensor and IoT

Muhammad Ghanisma, Muhammad Halimi Isma (2022) Development of solar powered automatic retractable cloth hanger with raining sensor and IoT. Project Report. Melaka, Malaysia, Universiti Teknikal Malaysia Melaka. (Submitted)

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Abstract

Because of the variable weather conditions, such as rainy days, it might be difficult for people to dry their garments outside these days. During rainy days, individuals often forget to bring in their clothing. Working people will be affected by this, since they will be unable to handle their daily activities and routines due to a shortage of time. As a result of this occurrence, a concept has been devised to protect clothing that have been dried outside from being exposed to rain and becoming wet. The primary control mechanism for this device is a microcontroller, which allows it to operate autonomously. The primary goal is to create a compartment and an electrical system that will automatically retrieve garments on sunny days and retrieve clothes on wet days. A linear actuator as the mechanical mechanism, LDR Light sensor, Rain sensor module, and ESP32 module as an IoT module were all required to make this system work correctly. All of the sensor's programming will be installed using an ESP32 module, which will supply the system with instructions on how to work effectively. This device has the advantages of being energy and time efficient, as well as making it simpler for employed individuals to conduct duties at home indirectly

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