ORAL HYGIENE SYSTEM FOR COMPLIANCE MONITORING AND TELE-DENTISTRY SYSTEM

Smart overview of the Invention

The oral hygiene system is designed to monitor and track the motion and orientation of an oral hygiene device, such as a toothbrush, in relation to a user's mouth. By utilizing motion sensors and machine learning techniques, the system can identify specific actions like brush stroke type and orientation. This technology aims to improve oral hygiene compliance by providing real-time feedback and incentives to users, potentially reducing dental issues related to poor brushing habits.

Background

Proper technique and frequency in oral hygiene practices are crucial for maintaining healthy teeth. However, compliance is often poor, especially among children and adolescents. Many individuals miss certain areas during brushing, leading to plaque buildup and tooth decay. Despite education efforts, plaque accumulation remains a significant issue. The application notes that effective brushing is more important than duration, and highlights the need for a system that can monitor and improve brushing techniques.

System Features

The system records and analyzes brushing activities using sensors or cameras integrated with oral hygiene devices. It provides feedback on brushing efficacy and suggests improvements. Optical sensors can track toothbrush movements relative to the mouth, determining which areas are brushed or missed. Additionally, the system can gamify the experience to motivate users further. Data collected can be analyzed locally or sent to cloud servers for deeper insights.

Integration and Communication

The invention includes methods for integrating oral hygiene devices with mobile devices or base stations for data communication. Devices may wirelessly send data to mobile phones or cloud servers for analysis. The system supports both electric and manual toothbrushes, using cameras to track manual brush movements. Feedback is delivered through mobile apps or other display devices, enhancing user awareness of their brushing habits.

Technical Specifications

The control systems coordinate data exchange between devices, sensors, and networks. Components include signal processing circuitry, memory storage, power supply circuits, and controllers. The base station may feature a network interface for data transfer, recharging circuits for device batteries, and optional magnetic field transmitters. Cameras may record brushing sessions independently or alongside sensor data to determine precise brushing actions.