Rebloom Modulárny Vonkajší Rám od Victor Wu

Dizajn Rebloom Modulárny Vonkajší Rám od dizajnéra Victor Wu je vysoko uznávaným víťazom veľmi prestížneho ocenenia 2023 Železná cena A' Design Award v súťažnej kategórii Udržateľný produkt.

ŽeleznáUdržateľný produkt· 2023

Rebloom Modulárny Vonkajší Rám

od Victor Wu

Klient: Leafer Circular Design

Víťaz ocenenia Železná cena A' Design Award v kategórii Udržateľný produkt

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Dizajn

O dizajne Rebloom Modulárny Vonkajší Rám

Súčiastky distribúcie energie na Taiwane sú drahé a vyžadujú častú výmenu z dôvodu environmentálnych faktorov. reBloom ponúka riešenie prepracovaním vyradených priečnych ramien na odolné vonkajšie rámy s minimálnym spracovaním. Modulárny dizajn umožňuje jednoduché prispôsobenie, rozšírenie a výmenu dielov, výsledkom čoho je maximálna životnosť komponentov pred recykláciou. S reBloom môžete znížiť množstvo odpadu a ušetriť náklady a zároveň zabezpečiť spoľahlivú infraštruktúru odolnú voči poveternostným vplyvom.

Ocenenie

O ocenení Železná cena A' Design Award

Rebloom Modulárny Vonkajší Rám je laureát Železnej ceny A' Design Award, prestížneho uznania udeľovaného dobrým dizajnom, ktoré spĺňajú profesionálne a priemyselné požiadavky očakávané od dobre navrhnutých výtvorov. Laureáti Železnej ceny preukazujú veľkú zručnosť, vysokú špecializáciu, odborné porozumenie a tvorivé schopnosti svojich tvorcov. Od Rebloom Modulárny Vonkajší Rám sa očakáva, že bude vysoko cenený, obdivovaný a milovaný výtvor, ktorý je praktický a inovatívny. Tento dizajn ocenený Železnou cenou A' Design Award zahŕňa najlepšie postupy v odvetví a má kompetentné technické vlastnosti spojené s know-how a talentom. Vďaka svojej dôkladnosti si Rebloom Modulárny Vonkajší Rám zaslúži rešpekt a jeho úlohou je prinášať zlepšenia kvality života, ktoré pomáhajú robiť svet lepším miestom.

Za dizajnom

Tlačový kit

Kredity, členovia tímu a technické údaje poskytnuté dizajnérom.

Jedinečné vlastnosti: Due to humidity, typhoons, and earthquakes, Taiwan's power distribution relies on costly crossarm components regularly exchanged every decade.
reBloom extends the lifecycle of these decommissioned components by transforming them into sturdy and weather resistant outdoor frames, with little processing or additional parts. reBloom's modular design also means it is highly adaptable, extendable, and allows for easy part replacement - all of which further maximize component life before recycling.
Rozmery a balenie: The inherent dimensions and features of the decommissioned utility crossarm components were integrated to reduce additional processing and material consumption.
Specs of the original crossarm components used in a reBloom set (mm): (a) 2.5 crossarms, hollow square beam 1800 x 750 x 750 (THK 2.5), (b) 8 crossarm braces, 800 x 400 (THK 6), and (c) 12 sets of square nuts and square head bolts, 25 x 25 x 100.
Dimensions of a reBloom section (mm): 825.5 (each section adds 737.5) x 1223.5 x 800 x 75mm.
Štítky: circular economy, modular, decommissioned materials, joinery, fence, outdoor, frame, galvanized steel, product life, material lifespan
Výrobná technológia: The crossarm components that reBloom utilizes are made from hollow, hot-dip galvanized steel beams, and have standardized dimensions and holes (punched via mass-production CNC machines). Little further processing is required to produce a reBloom set beyond some welding, bolt shortening, and assembly - especially when the reBloom design is incorporated during initial crossarm production (adding a few new holes). The standardized and modular design means it is easy to combine the decommissioned components into new forms, such as a fence, furniture structure, etc.
Dizajnérska výzva: The hardest design challenge overcome in reBloom was the integration of the square head bolts.
Small and uncommon, it would be wasteful to create a single-use tool for their tightening. The final design includes a simple 'n'-shaped piece that doubles to help users with the last few twists as well as to lock the structure. Additionally challenging was calculating the position of the crossarms' original holes such that the crossarm braces can be evenly spaced and require the least processing.
Výskum: We sought to design a second life for utility crossarm components, which are regularly decommissioned decades before degradation due to regulations.
Consulted factories told us that the material doesn't easily bend and that welding nullifies its weather resistance. We observed that mass production also required modularization and using existing specs. After brainstorming, we tested different joinery methods. The final design was praised by the utility company and showcased in several exhibits.
Inšpirácia: While on a visit to a utility company's waste stockpiles, we were struck by the prevalence of square head bolts, which are rarely seen in daily life. We wondered if making the format more accessible would give these discarded parts a chance to be reborn. This led us to create reBloom, a modular and adaptable design that extends the lifespan of various decommissioned components. Within reBloom, an ‘n’-shaped piece was designed to be both a wrench for the square head bolts and play an integral part of the final structure.
Trvanie projektu: The project started in September 2020 and finished in January 2021 in Tainan, Taiwan. Afterwards, a physical exhibition and presentation was held in Taipei in May 2021 and Kaohsiung in March 2022.
Pracovný postup: Due to the rarity of square head bolts nowadays, most people would lack the tools needed to install reBloom. This issue was solved with the inclusion of an 'n'-shaped piece that functions as an easily-held wrench during installation, and lastly integrates into the final structure as a lock between each reBloom frame segment. This design makes it easy for any person to build reBloom.
Patenty: Copyrights belong to Victor Wu, 2020.
Zdroje obrázkov: Image #1: Craig Bossley, Scenario, 2021.
Image #2: Victor Wu, Prototyping, 2020.
Image #3: Craig Bossley, Joint Closeup, 2021.
Image #4: Willy Chao, Setup, 2021.
Image #5: Victor Wu, Scenario Closeup, 2021.