Invention:
This invention leverages personal information, including body weight, height, body shape, and bone density, to compute the user's center of gravity and spatial position in real-time. This innovative technology goes beyond conventional applications by providing instantaneous auditory feedback when the user's center of gravity indicates a potential fall. This proactive approach is particularly beneficial for individuals prone to balance issues, such as the elderly, people with certain medical conditions, or those recovering from injuries. Moreover, the technology extends its utility by alerting users to the presence of surrounding objects, reducing the risk of collisions with stationary items—a crucial feature for individuals like diabetes patients who may face challenges in spatial awareness. Additionally, the system aids in preventing tripping incidents related to injuries, enhancing overall safety and well-being for users.
Background:
The primary problem this technology aims to address is the risk of falls and collisions, especially among individuals with compromised balance or spatial awareness, such as the elderly or those with certain medical conditions like diabetes. Current solutions often involve reactive measures, such as alarms or alerts triggered after a fall has already occurred. Additionally, there may be devices that assist in mobility but lack the real-time capability to proactively prevent falls. This innovative technology stands out by utilizing personal data to calculate and monitor the user's center of gravity continuously for real-time fall prevention. Furthermore, its ability to notify users about surrounding objects enhances spatial awareness, reducing the likelihood of collisions with stationary items. In comparison to existing technologies, this invention offers a more dynamic and preventive solution, addressing the limitations of reactive approaches that only respond after an incident has already occurred.
Applications:
- Fall prevention system for users prone to balance issues due to:
- Alzheimer’s
- Dementia
- Diabetes
- Aging
- Healthcare
- Sports medicine
- Physical therapy
Advantages:
- Personalized monitoring
- Uses real-time data
- Preventative approach
- Reduces risk of collisions and falls
- Auditory feedback
- Versatility
