With the fast development of science and technology, people's living standards have been improved, but at the same time it has also brought many environmental pollutions that cannot be ignored, such as marine plastics, microplastics, etc. Correspondingly, with the increase in water environmental management products, sustainable power supply will generally become a big problem. This paper firstly conducts a comprehensive study of the problem, including the design background, global pollution issues, etc. Then, I will gradually peel off a large global pollution problem and finally focus on microplastic pollution, and at the same time, I will analyze sustainable energy. Then I will conduct research on the hydrodynamic system and provide technical and theoretical support for the subsequent design part. In addition, I analyzed and summarized the current competing products, and improved the design based on the existing literature research, and clarified the core influencing factors of the subsequent design. Next, I will determine the scenario of the product and conduct research with a new theoretical framework, from field research, interviews, immersive experience, and summarize relevant research results. System goals such as products and features are then further defined. Finally, the research conclusions and design references are added together to provide specific design directions and a verifiable evaluation system. This thesis will take the power supply device FULU POWER of the FULUFULU as an example, and provide more ideas through design and analysis. FULU POWER is a sustainable generator. It will provide power to the FULUFULU to drive the sensor, lights and other equipment through sustainable energy drive, and it can supply power to other parts of products that require electricity. This thesis will describe the design process and thinking of the device in a complete and detailed way.
Con il rapido sviluppo della scienza e della tecnologia, gli standard di vita delle persone sono stati migliorati, ma allo stesso tempo ha portato anche molti inquinamenti ambientali che non possono essere ignorati, come plastica marina, microplastica, ecc. Di conseguenza, con l'aumento dell'acqua ambientale prodotti di gestione, alimentazione sostenibile diventerà generalmente un grosso problema. Questo documento conduce in primo luogo uno studio completo del problema, incluso il background del design, i problemi di inquinamento globale, ecc. Quindi, analizzerò gradualmente un grande problema di inquinamento globale e infine mi concentrerò sull'inquinamento da microplastica e, allo stesso tempo, analizzerò energia sostenibile. Successivamente condurrò ricerche sul sistema idrodinamico e fornirò supporto tecnico e teorico per la successiva parte progettuale. Inoltre, ho analizzato e riassunto gli attuali prodotti concorrenti, ho migliorato il design sulla base della ricerca bibliografica esistente e ho chiarito i principali fattori di influenza del design successivo. Successivamente, determinerò lo scenario del prodotto e condurrò la ricerca con un nuovo quadro teorico, da ricerca sul campo, interviste, esperienza immersiva e riassumerò i risultati della ricerca rilevanti. Gli obiettivi del sistema come prodotti e funzionalità vengono quindi ulteriormente definiti. Infine, le conclusioni della ricerca ei riferimenti progettuali vengono sommati per fornire indicazioni progettuali specifiche e un sistema di valutazione verificabile. Questa tesi prenderà come esempio il dispositivo di alimentazione FULU POWER del FULUFULU e fornirà ulteriori idee attraverso la progettazione e l'analisi. FULU POWER è un generatore sostenibile. Fornirà energia al FULUFULU per azionare il sensore, le luci e altre apparecchiature attraverso un'energia sostenibile e può fornire energia ad altre parti di prodotti che richiedono elettricità. Questa tesi descriverà il processo di progettazione e pensiero del dispositivo in modo completo e dettagliato.
Preventing microplastic pollution : a sustainable product design that powers and supports data collection of microplastics in water
Jiang, Ximing
2021/2022
Abstract
With the fast development of science and technology, people's living standards have been improved, but at the same time it has also brought many environmental pollutions that cannot be ignored, such as marine plastics, microplastics, etc. Correspondingly, with the increase in water environmental management products, sustainable power supply will generally become a big problem. This paper firstly conducts a comprehensive study of the problem, including the design background, global pollution issues, etc. Then, I will gradually peel off a large global pollution problem and finally focus on microplastic pollution, and at the same time, I will analyze sustainable energy. Then I will conduct research on the hydrodynamic system and provide technical and theoretical support for the subsequent design part. In addition, I analyzed and summarized the current competing products, and improved the design based on the existing literature research, and clarified the core influencing factors of the subsequent design. Next, I will determine the scenario of the product and conduct research with a new theoretical framework, from field research, interviews, immersive experience, and summarize relevant research results. System goals such as products and features are then further defined. Finally, the research conclusions and design references are added together to provide specific design directions and a verifiable evaluation system. This thesis will take the power supply device FULU POWER of the FULUFULU as an example, and provide more ideas through design and analysis. FULU POWER is a sustainable generator. It will provide power to the FULUFULU to drive the sensor, lights and other equipment through sustainable energy drive, and it can supply power to other parts of products that require electricity. This thesis will describe the design process and thinking of the device in a complete and detailed way.| File | Dimensione | Formato | |
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https://hdl.handle.net/10589/189230