Low Cost Infant Transport Incubator Invented by Engineering Students
Katie Cordrey — July 11, 2010 — Unique
References: news.colostate.edu & inhabitots
Phil Brox, Jeff Belval, Brett Raver and Casey Dean, mechanical engineering students at Colorado State University, designed, built and filed a patent for an infant transport incubator to facilitate moving babies from a site where they are at medical risk to medical treatment facilities.
The infant transport incubator backpack will be most useful in areas with rough terrain or inadequate road systems. It also uses a shock-absorbing suspension system to protect babies during travel.
Implications - Four mechanical engineering students -- Phil Brox, Jeff Belval, Brett Raver and Casey Dean -- have created a life-saving backpack. The backpack can be attached to a base that fits onto a gurney.
"In some countries, if they have to save a life, they hike in and carry the baby in their hands or use a sling approach. The sad reality is that often the baby dies," says Brox.
The infant transport incubator backpack will be most useful in areas with rough terrain or inadequate road systems. It also uses a shock-absorbing suspension system to protect babies during travel.
Implications - Four mechanical engineering students -- Phil Brox, Jeff Belval, Brett Raver and Casey Dean -- have created a life-saving backpack. The backpack can be attached to a base that fits onto a gurney.
"In some countries, if they have to save a life, they hike in and carry the baby in their hands or use a sling approach. The sad reality is that often the baby dies," says Brox.
Trend Themes
1. Infant Transport Incubators - Developing more advanced and affordable infant transport incubators with innovative features can save more lives during emergencies and in areas with limited medical facilities.
2. Shock-absorbing Suspension Systems - Integrating shock-absorbing suspension systems into various products and industries can provide enhanced protection during transportation, especially for delicate or sensitive items.
3. Innovative Medical Equipment - Continuously designing and inventing innovative medical equipment, such as the life-saving backpack, can significantly improve emergency response and healthcare outcomes.
Industry Implications
1. Healthcare - The healthcare industry can further invest in the development and production of portable medical equipment, such as infant transport incubators, to improve patient care and emergency medical response.
2. Outdoor Gear - The outdoor gear industry can explore integrating shock-absorbing suspension systems into backpacks, bags, and other equipment for enhanced protection during outdoor activities or rugged terrains.
3. Engineering and Design - The engineering and design sector can focus on creating innovative solutions and products, like the infant transport incubator backpack, that address specific challenges in various fields, including healthcare and emergency response.
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