Swimming can be dangerous for visually impaired and elderly individuals. In pools, these swimmers often require assistance to know when to turn, typically relying on a tap from a guide. In open water, they face risks from unseen obstacles like rocks, boats, and currents. This reliance on others limits independence and discourages participation in swimming activities.
The Invention
This patent introduces a smart, wearable safety system for swimmers, particularly visually impaired and elderly individuals, ensuring independent and safe navigation in pools and open water. The system consists of:
1. A wearable head device with a camera, sensors, and AI processing.
2. Real-time alerts through vibration, audio cues, or bone conduction.
3. GPS integration for open water swimming, preventing drift and guiding swimmers along safe routes.
4. AI-powered object detection to identify lane markers, obstacles, and potential hazards.
5. A personal trainer feature that provides guidance, tracks performance, and helps improve swimming technique.
What Makes It Unique?
Unlike previous solutions that require a human assistant, this invention enables fully autonomous swimming. The AI and real-time navigation system differentiate it from existing devices by providing instant feedback on lane positioning, proximity to walls, and potential hazards—all without external help. Additionally, the GPS function allows swimmers to predefine and follow safe paths in open water.
Key Benefits
- Empowers independent swimming for visually impaired and elderly individuals.
- Enhances safety with real-time alerts for obstacles, lane deviations, and drowning risks.
- Supports open water navigation, reducing the risk of drifting or encountering dangers.
- Encourages participation by making swimming more accessible.
- Improves swimming performance with AI coaching and progress tracking.
Broader Impact
This innovation removes barriers that prevent visually impaired and elderly individuals from swimming, promoting inclusivity, fitness, and confidence. It could also benefit professional swimmers by improving training and navigation. Ultimately, it enhances water safety and encourages more people to engage in swimming, both recreationally and competitively.