US20250001150
2025-01-02
Human necessities
A61M35/003
The personal care system features an applicator designed to apply skincare formulas while integrating advanced sensor technology. It includes a position sensor module and a skin condition sensor module, both controlled by a processor. The system's primary function is to accurately determine the applicator's position on the skin, apply treatments, and assess skin condition at specific locations. This data is stored for further analysis and visualization, enabling users to track changes in their skin health over time and receive tailored treatment recommendations.
The applicator consists of a body with an applicator surface, which could be a roller ball made from various materials like plastic, glass, or metal. The position sensor module may include devices such as cameras or gyroscopes, while the skin condition sensor module might feature hydration or elasticity sensors. These components work together to gather comprehensive data about the skin's current state and the effectiveness of applied treatments.
Embedded computer-executable instructions within the system enable it to process sensor data to determine precise applicator positioning and skin conditions. The system then stores this information alongside treatment characteristics such as timestamps, formula identifiers, and application details. This stored data serves multiple purposes, including generating visualizations of skin condition changes over time and providing insights for optimizing skincare routines.
The system supports various treatment types, including light or phototherapy treatments, facilitated by integrated light sources. By comparing current skin condition data with baseline measurements, the system can adjust treatments dynamically. This adaptability ensures that skincare regimens remain effective under changing conditions, offering users personalized care based on real-time analysis.
This innovative system is designed for ease of use in personal care settings, potentially enhancing routine skincare by providing detailed insights into skin health. Users can benefit from visual progress tracking through animations or time-lapse videos and receive recommendations tailored to their unique skin conditions. Such technology not only improves treatment efficacy but also empowers users with knowledge about their skincare needs.