The I-CARE Sensor Enforces Safer Viewing Distances for Children
Elise Ying-Hei Ho — November 12, 2012 — Lifestyle
References: yankodesign
Designers Zhichao Xue and Chen Yizi have created a special I-CARE sensor that monitors the distance between the eyes and computer screen to ensure children are not hovering too close to the monitor.
There are so many pieces of technology that can affect the eyesight of children and adults like smartphones, laptops, video games. Though adults are more self-regulating, children continuously hover closer to the screens in order to feel the intensity of the game or movie or because their vision is already failing. The I-CARE sensor provides an interesting solution where it automatically blurs the screen's resolution if it senses the viewer's eyes is less than 50 meters away from the screen.
This program will help children to gradually adjust and become used to the safer viewing distance over time.
There are so many pieces of technology that can affect the eyesight of children and adults like smartphones, laptops, video games. Though adults are more self-regulating, children continuously hover closer to the screens in order to feel the intensity of the game or movie or because their vision is already failing. The I-CARE sensor provides an interesting solution where it automatically blurs the screen's resolution if it senses the viewer's eyes is less than 50 meters away from the screen.
This program will help children to gradually adjust and become used to the safer viewing distance over time.
Trend Themes
1. Screen Distance Monitoring - The I-CARE sensor monitors the distance between the eyes and screen, showcasing the trend of monitoring screen distances for eye protection.
2. Child-friendly Technology - The I-CARE sensor addresses the need for child-friendly technology by enforcing safer viewing distances to protect children's eyesight.
3. Automatic Image Blurring - The I-CARE sensor's automatic blurring feature demonstrates the trend of using technology to automatically adjust screen resolution based on distance, ensuring optimal viewing experience.
Industry Implications
1. Technology - The I-CARE sensor presents disruptive innovation opportunities for the technology industry by incorporating distance-monitoring features into devices to protect users' eyesight.
2. Healthcare - The I-CARE sensor's potential application in healthcare presents disruptive innovation opportunities by addressing eye health and promoting safe screen usage.
3. Education - The I-CARE sensor's child-friendly features offer disruptive innovation opportunities for the education industry, promoting healthy screen habits and protecting students' eyesight.
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