Indoor smart vase self-watering plant / Muhammad Nur Amni Khariman and Najibah Ab Latif
This project is called “Indoor Smart Vase of Self Watering Plant”. The idea of this project is to help people that live in a condominium to plant a tree in their houses. It is hard for them to plant any trees in their house because of the lack of space and soil. One of the objectives of this project...
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School of Mechanical Engineering
2022
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my.uitm.ir.904102024-04-23T02:22:33Z https://ir.uitm.edu.my/id/eprint/90410/ Indoor smart vase self-watering plant / Muhammad Nur Amni Khariman and Najibah Ab Latif Khariman, Muhammad Nur Amni Ab Latif, Najibah Machine design and drawing Renewable energy sources This project is called “Indoor Smart Vase of Self Watering Plant”. The idea of this project is to help people that live in a condominium to plant a tree in their houses. It is hard for them to plant any trees in their house because of the lack of space and soil. One of the objectives of this project is to design an indoor smart vase self-watering using waste materials such as plastic water bottles and used soils. On the other hand, the recycled water flow along the tube channel to the plant and going down after it absorbs into the soil was analysed. Furthermore, this project covered three main elements which are design, analysis, and fabrication. The drawing of this project idea included part by part and materials used Solidwork software. Lastly, the result for this project is that everyone can plant any small herb tree in their house with only a small amount of cost to run this design. School of Mechanical Engineering Rusli, Ahmad Najmie Rasdi, Nurul Nadiah 2022 Book Section NonPeerReviewed text en https://ir.uitm.edu.my/id/eprint/90410/1/90410.pdf Indoor smart vase self-watering plant / Muhammad Nur Amni Khariman and Najibah Ab Latif. (2022) In: Prototype Design Collection Series 1. School of Mechanical Engineering, Universiti Teknologi MARA, Johor, pp. 1-213. ISBN 978-967-0033-15-0 |
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Machine design and drawing Renewable energy sources Khariman, Muhammad Nur Amni Ab Latif, Najibah Indoor smart vase self-watering plant / Muhammad Nur Amni Khariman and Najibah Ab Latif |
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This project is called “Indoor Smart Vase of Self Watering Plant”. The idea of this project is to help people that live in a condominium to plant a tree in their houses. It is hard for them to plant any trees in their house because of the lack of space and soil. One of the objectives of this project is to design an indoor smart vase self-watering using waste materials such as plastic water bottles and used soils. On the other hand, the recycled water flow along the tube channel to the plant and going down after it absorbs into the soil was analysed. Furthermore, this project covered three main elements which are design, analysis, and fabrication. The drawing of this project idea included part by part and materials used Solidwork software. Lastly, the result for this project is that everyone can plant any small herb tree in their house with only a small amount of cost to run this design. |
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Rusli, Ahmad Najmie |
author_facet |
Rusli, Ahmad Najmie Khariman, Muhammad Nur Amni Ab Latif, Najibah |
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Book Section |
author |
Khariman, Muhammad Nur Amni Ab Latif, Najibah |
author_sort |
Khariman, Muhammad Nur Amni |
title |
Indoor smart vase self-watering plant / Muhammad Nur Amni Khariman and Najibah Ab Latif |
title_short |
Indoor smart vase self-watering plant / Muhammad Nur Amni Khariman and Najibah Ab Latif |
title_full |
Indoor smart vase self-watering plant / Muhammad Nur Amni Khariman and Najibah Ab Latif |
title_fullStr |
Indoor smart vase self-watering plant / Muhammad Nur Amni Khariman and Najibah Ab Latif |
title_full_unstemmed |
Indoor smart vase self-watering plant / Muhammad Nur Amni Khariman and Najibah Ab Latif |
title_sort |
indoor smart vase self-watering plant / muhammad nur amni khariman and najibah ab latif |
publisher |
School of Mechanical Engineering |
publishDate |
2022 |
url |
https://ir.uitm.edu.my/id/eprint/90410/1/90410.pdf https://ir.uitm.edu.my/id/eprint/90410/ |
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