'Sub-Resk' Turns Subway Handles into Life-Saving Oxygen Masks
Michael Hines — September 30, 2011 — Lifestyle
References: yankodesign
Sub-Resk is a conceptual gas mask designed to clip onto the handheld overhead railing in a subway car. The gas mask was designed by Sang-eon Lee and Yeong-ho Yoonto and was meant to be used in emergency situations, such as when a train breaks down and smoke begins filling the tunnel.
Sub-Resk comes in a self-contained unit that would be built into the subway's handheld straps. The gas mask comes in two pieces and must be assembled for use. As mentioned by Radhika Seth of Yanko Design, there are a few obvious issues with this design. For one, the oxygen supply seems to be low as the mask isn't connected to an oxygen canister. Another issue is the fact that the mask must be assembled. In a smoke-filled subway car it may be difficult to piece together the Sub-Resk. Regardless, I think that Sub-Resk is still a great design that could potentially save a lot of lives with a few design tweaks.
Sub-Resk comes in a self-contained unit that would be built into the subway's handheld straps. The gas mask comes in two pieces and must be assembled for use. As mentioned by Radhika Seth of Yanko Design, there are a few obvious issues with this design. For one, the oxygen supply seems to be low as the mask isn't connected to an oxygen canister. Another issue is the fact that the mask must be assembled. In a smoke-filled subway car it may be difficult to piece together the Sub-Resk. Regardless, I think that Sub-Resk is still a great design that could potentially save a lot of lives with a few design tweaks.
Trend Themes
1. Emergency Masks - The development of emergency masks that clip onto public transit handles will allow for safe breathing in unexpected situations.
2. Self-contained Units - The integration of self-contained mask units into subway handlebars will provide commuters with immediate access to life-saving equipment.
3. Personal Protection - The emphasis on personal protection gadgets will increase as people continue to experience unexpected emergencies in crowded public places.
Industry Implications
1. Public Transportation - Public transportation will benefit from the implementation of safety features that protect commuters during unexpected emergency situations.
2. Emergency Equipment Manufacturing - The emergency equipment manufacturing industry will see increased interest in the design and production of portable safety gear for public spaces.
3. Consumer Electronics - The consumer electronics industry will have opportunities to develop wearable, personal protection devices for both emergency and everyday use.
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