If a motorcyclist falls and bumps his head in the woods, does it make a sound? If you’re wearing your new smart helmet invented by engineering student Brycen Spence at UMass Amherst, it does. Plus, it will call emergency services and alert them to your location.
“The WIG will be activated when it is buckled on,” says Spencer. “If you fall and hit your head, the helmet will detect that and beep for a minute or so. If you don’t turn it off, WIG sends for help, either directly to 911 or to a third-party service that relays the emergency call to 911. Included with the message will be a GPS location giving your geographical coordinates so the emergency team knows precisely where you are.”
Nicknamed “The OnStar of Helmets,” Spencer’s WIG would be a boon for motorcyclists, bicyclists, ATV enthusiasts and others, especially those venturing into remote areas. There were 113,900 ATV injuries requiring emergency room treatment in 2002 and 76,000 motorcycle-related injuries in 2004. In many instances, victims had to wait a long time for emergency response crews to find them.
At this time, the WIG has no competition. A similar invention on the market is a personal locator beacon that skiers and others use in case of accidents, but this device must be manually activated. There is also a football helmet that detects if the wearer suffers a concussion, but nothing on the market phones for help automatically like the WIG.
Spencer has started a seed-stage business with a business plan that recently won a $1,250 prize from the Executive Summary Competition in the campus’ Technology Innovation Challenge. Last spring he also won $1,250 from the Grinspoon Foundation for Entrepreneurship, whose scholarship provides monetary awards to students who demonstrate the “entrepreneurial spirit” and who have a strong desire to own their own businesses. Spencer has also invested $2,500 of his own money, no small amount for a student, in a one-year Provisional Patent that will lead, patent pending, to a 20-year Utility Patent.
Spencer has used all the prize money to buy the inner workings for his helmet, including an accelerometer to detect any impact that exceeds a predetermined safety level and a communications device to provide the user’s location for rescue crews. All the electronics are small and relatively inexpensive, allowing them to fit in the current helmet configuration with little physical modification or increase in overall helmet price.
Press Release: Engineering student creates safety helmet that signals for help…
