The Aid Cane is a Virtual Nurse for the Elderly and the Injured
Amelia Roblin — June 9, 2011 — Unique
References: contemporarypast.blogspot & inventorspot
The walking stick has been a reliable prosthesis for thousands of years, beginning with its tree-branch beginnings, but given that society has entered and age in which computers occupy otherwise inanimate objects, the Aid Cane is a truly innovative application.
As far form and physical function are concerned, the slick staff is sturdy, and assumes an ergonomic shape ideal for one's hand to grasp it comfortably, even when the weight of the upper body is applied. A close look at the grip reveals a tiny screen and an audio jack, allowing the cane to communicate with its user.
Some of the invention's most incredible functions include (2) build-in sensors, (3) an LCD panel, (4 and 5) and an SOS button and control to cancel it. Designed by Egle Ugintaite, the Aid Cane keeps track of its master's vital signs including blood pressure, heart rate and temperature, and a virtual map can communicate directions to the user through a pair of headphones.
As far form and physical function are concerned, the slick staff is sturdy, and assumes an ergonomic shape ideal for one's hand to grasp it comfortably, even when the weight of the upper body is applied. A close look at the grip reveals a tiny screen and an audio jack, allowing the cane to communicate with its user.
Some of the invention's most incredible functions include (2) build-in sensors, (3) an LCD panel, (4 and 5) and an SOS button and control to cancel it. Designed by Egle Ugintaite, the Aid Cane keeps track of its master's vital signs including blood pressure, heart rate and temperature, and a virtual map can communicate directions to the user through a pair of headphones.
Trend Themes
1. Smart Assistive Devices - Disruptive innovation opportunity lies in creating smart assistive devices that utilize sensors and technology to improve the lives of the elderly and injured.
2. Health Monitoring Technology - There is potential for disruptive innovation in the development of wearable health monitoring technology integrated into everyday objects like walking sticks.
3. Ergonomic Design - Opportunity for disruptive innovation exists in designing ergonomic walking sticks that provide comfort and support for users while incorporating advanced features.
Industry Implications
1. Healthcare - The healthcare industry can explore disruptive innovation opportunities by integrating technology into assistive devices for improved patient care.
2. Technology - The technology industry can explore disruptive innovation opportunities by developing smart sensors and wearable devices tailored for the elderly and injured.
3. Product Design - The product design industry can tap into disruptive innovation by creating ergonomic and technologically advanced walking sticks that enhance the user experience.
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