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Automatic cleaning system for ceiling fan blade / Muhammad Hafiz Hakimi Zaidi

Ceiling fans are a popular choice for comfort in everyday living areas, but their blades frequently attract dust and debris, resulting in inefficiency and the trouble of manual cleaning. This activity takes up time and spreads dust around the area. It is an issue for anyone who wants to keep their l...

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Main Author: Zaidi, Muhammad Hafiz Hakimi
Format: Student Project
Language:English
Published: 2024
Online Access:https://ir.uitm.edu.my/id/eprint/101458/1/101458.pdf
https://ir.uitm.edu.my/id/eprint/101458/
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spelling my.uitm.ir.1014582025-02-06T16:40:38Z https://ir.uitm.edu.my/id/eprint/101458/ Automatic cleaning system for ceiling fan blade / Muhammad Hafiz Hakimi Zaidi Zaidi, Muhammad Hafiz Hakimi Ceiling fans are a popular choice for comfort in everyday living areas, but their blades frequently attract dust and debris, resulting in inefficiency and the trouble of manual cleaning. This activity takes up time and spreads dust around the area. It is an issue for anyone who wants to keep their living areas clean and their fans working properly. There is an obvious need for a practical solution that streamlines the fan maintenance process, addresses these concerns in a simple-to-use way, and seamlessly fits into users' daily routines. As a result, the solution provides an innovative automatic cleaning system that uses a clever combination that includes an ultrasonic sensor, DC motor, Arduino Uno, LED lights, and a buzzer. Consider a system in which the ultrasonic sensor detects the level of dust and any obstacles on the fan blades, allowing the DC motor to start the cleaning operation. The Arduino Uno controls the movement of spinning brushes or other cleaning mechanisms. The LED lights give visual feedback on the cleaning process, while the buzzer signals the end of the cleaning cycle. This technology not only simplifies fan maintenance but also improves the user experience with real-time feedback and a hassle-free automatic cleaning process. It is a practical, modern approach that promises to transform how to maintain ceiling fans. The primary objectives of this project are to build a system that successfully removes dust and debris from ceiling fan blades, assuring optimal performance and energy efficiency, and to ensure practical deployment by considering factors such as durability, costs, and component accessibility. To summarise, the invention of an autonomous ceiling fan cleaning system offers a viable solution to the ongoing problem of maintaining fan blades. The project is more than just automating a work; it is about improving places and making them aesthetically pleasing locations by taking an efficient and practical approach to fan maintenance. 2024 Student Project NonPeerReviewed text en https://ir.uitm.edu.my/id/eprint/101458/1/101458.pdf Automatic cleaning system for ceiling fan blade / Muhammad Hafiz Hakimi Zaidi. (2024) [Student Project] (Unpublished)
institution Universiti Teknologi Mara
building Tun Abdul Razak Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Teknologi Mara
content_source UiTM Institutional Repository
url_provider http://ir.uitm.edu.my/
language English
description Ceiling fans are a popular choice for comfort in everyday living areas, but their blades frequently attract dust and debris, resulting in inefficiency and the trouble of manual cleaning. This activity takes up time and spreads dust around the area. It is an issue for anyone who wants to keep their living areas clean and their fans working properly. There is an obvious need for a practical solution that streamlines the fan maintenance process, addresses these concerns in a simple-to-use way, and seamlessly fits into users' daily routines. As a result, the solution provides an innovative automatic cleaning system that uses a clever combination that includes an ultrasonic sensor, DC motor, Arduino Uno, LED lights, and a buzzer. Consider a system in which the ultrasonic sensor detects the level of dust and any obstacles on the fan blades, allowing the DC motor to start the cleaning operation. The Arduino Uno controls the movement of spinning brushes or other cleaning mechanisms. The LED lights give visual feedback on the cleaning process, while the buzzer signals the end of the cleaning cycle. This technology not only simplifies fan maintenance but also improves the user experience with real-time feedback and a hassle-free automatic cleaning process. It is a practical, modern approach that promises to transform how to maintain ceiling fans. The primary objectives of this project are to build a system that successfully removes dust and debris from ceiling fan blades, assuring optimal performance and energy efficiency, and to ensure practical deployment by considering factors such as durability, costs, and component accessibility. To summarise, the invention of an autonomous ceiling fan cleaning system offers a viable solution to the ongoing problem of maintaining fan blades. The project is more than just automating a work; it is about improving places and making them aesthetically pleasing locations by taking an efficient and practical approach to fan maintenance.
format Student Project
author Zaidi, Muhammad Hafiz Hakimi
spellingShingle Zaidi, Muhammad Hafiz Hakimi
Automatic cleaning system for ceiling fan blade / Muhammad Hafiz Hakimi Zaidi
author_facet Zaidi, Muhammad Hafiz Hakimi
author_sort Zaidi, Muhammad Hafiz Hakimi
title Automatic cleaning system for ceiling fan blade / Muhammad Hafiz Hakimi Zaidi
title_short Automatic cleaning system for ceiling fan blade / Muhammad Hafiz Hakimi Zaidi
title_full Automatic cleaning system for ceiling fan blade / Muhammad Hafiz Hakimi Zaidi
title_fullStr Automatic cleaning system for ceiling fan blade / Muhammad Hafiz Hakimi Zaidi
title_full_unstemmed Automatic cleaning system for ceiling fan blade / Muhammad Hafiz Hakimi Zaidi
title_sort automatic cleaning system for ceiling fan blade / muhammad hafiz hakimi zaidi
publishDate 2024
url https://ir.uitm.edu.my/id/eprint/101458/1/101458.pdf
https://ir.uitm.edu.my/id/eprint/101458/
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score 13.239859

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