‘Life Desk' by Haishan Deng May Save Lives
Elsa Blaine — January 3, 2009 — Art & Design
References: haishandesign & yankodesign
Designer Haishan Deng hopes his “Life Desk” design will save human lives during earthquakes. Every year many people are killed by quakes, becoming crushed underneath rubble and from falling debris. This modern-looking table is designed to flip over quickly and easily forming a protective triangular structure to hide in during a tremor.
The “Life Desk” is made of steel and nylon board and should cost only 80 euros to manufacture--not much to save a life. According to Yanko, “Deng has already interviewed with the Bureau of Education in China and they will be producing a limited amount of these desks to try them out in schools.”
The “Life Desk” is made of steel and nylon board and should cost only 80 euros to manufacture--not much to save a life. According to Yanko, “Deng has already interviewed with the Bureau of Education in China and they will be producing a limited amount of these desks to try them out in schools.”
Trend Themes
1. Earthquake-proof Furniture - The 'Life Desk' by Haishan Deng demonstrates a trend towards furniture designs that prioritize safety and functionality during natural disasters.
2. Flipover Technology - The Life Desk's flipover mechanism reveals the potential for flipover technology to be applied in other industries such as transportation and construction.
3. Affordable Safety Equipment - The Life Desk's cost-effective design illustrates a trend of affordable but effective safety equipment being developed for various industries.
Industry Implications
1. Interior Design - The Life Desk highlights how the interior design industry can integrate functionality with aesthetics, to prioritize safety and comfort.
2. Education - The Life Desk's potential implementation in schools shows how the education industry can incorporate innovative safety mechanisms into their facilities.
3. Architecture - The Life Desk demonstrates how architects can design and implement earthquake-resistant structures and safety mechanisms in their building structures.
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