Biometric Display System Using Dynamic Visual Feedback
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Solution Overview
Problem
Individuals lack motivation and convenient means to regularly monitor their biometric data, such as heart rate, due to the lack of engaging and entertaining methods for data collection and display, which is essential for maintaining health and wellness awareness.
Innovation Solution
An interactive biometric display system that uses RFID identification, hand grip heart rate sensors, and audio-visual feedback, where graphical objects and musical layers represent users' heart rate data, fading or intensifying based on data recency, encouraging frequent updates and friendly competition.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If traditional biometric monitoring devices are used, then biometric data can be collected, but user motivation and engagement remain low due to lack of entertainment value
Solution Approach 1:
The patent uses color changes in graphical representations to display biometric data dynamically. Different colors represent different biometric states, making the data visually engaging and easy to interpret at a glance, thereby maintaining user interest while accurately conveying health information
Solution Approach 2:
The system transforms static biometric readings into dynamic visual displays with moving graphical objects that respond to real-time data changes. This dynamic presentation makes monitoring entertaining and engaging, solving the motivation problem while maintaining data collection reliability
Solution Approach 3:
The patent implements immediate visual and auditory feedback when users input biometric data. Graphical objects respond dynamically to the data, providing rewarding feedback that encourages continued use and maintains user motivation over time
2Ease of operation
If simple visual representations are used for biometric data, then ease of understanding improves, but user engagement and motivation diminish over time
Solution Approach 1:
The system employs dynamically changing graphical representations that evolve based on biometric data trends. The visual elements move, change size, and transform to reflect real-time health status, maintaining visual interest and user engagement while keeping the core information easily comprehensible
Solution Approach 2:
The patent uses periodic updates and rhythmic visual patterns to maintain user engagement. The graphical displays refresh and animate in engaging ways, creating a compelling visual experience that sustains motivation over extended periods while preserving data clarity
3Loss of information
If multiple biometric data points are displayed simultaneously, then comprehensive health monitoring is achieved, but visual complexity increases making data harder to interpret
Solution Approach 1:
The patent segments multiple biometric data points into separate, distinct graphical representations. Each type of biometric data is visualized independently with its own visual characteristics, allowing comprehensive monitoring while maintaining clarity and ease of interpretation for each individual metric
Solution Approach 2:
Different visual properties are assigned to different biometric data types based on their specific characteristics. Each data type receives optimized visual treatment with appropriate colors, shapes, and animation patterns, making the overall display comprehensive yet easily interpretable
Data Source
AI summary
An interactive biometric display system and method for collecting and displaying biometric data. The display system comprises a device for identifying a user and at least one biometric input device (e.g., heart rate sensor). A user provides identifying data via the identifying device and biometric data via the biometric input device. The biometric data (e.g., heartbeat) is measured and recorded with a timestamp. Graphical objects for each user are presented (e.g., a heart) and move around the screen in relation to the biometric data. Attributes of graphical objects (e.g., size, color, color saturation, and height) may vary over time indicating the recency of the data. The display system may further comprise a sound component to play sound related to the biometric data. Visual as well as sound attributes may diminish, fade, or disappear over time and may be refreshed when a new reading for the user is received.