BIOMONITORING DEVICES, METHODS, AND SYSTEMS FOR USE IN A BATHROOM SETTING

Smart overview of the Invention

Overview of Biomonitoring Devices:

The patent application introduces advanced biomonitoring devices designed for use in bathroom settings. These devices are equipped to measure parameters of materials expelled during toilet use, such as feces, urine, and gases. A notable feature is the integration of sensors capable of detecting electromagnetic radiation or chemical analytes within the toilet bowl. The devices aim to provide accurate, unbiased health monitoring by analyzing excreta, thereby offering insights into the user's health status and the effects of various lifestyle interventions.

Innovative Bathroom Mirror:

An embodiment of the biomonitoring device includes a smart bathroom mirror. This mirror can identify users, detect febrile illnesses, dispense medications or supplements, and connect with other bathroom electrical accessories. It also features an interactive user interface, enhancing user engagement and providing personalized health insights. This integration represents a significant leap from traditional mirrors, which lack such advanced capabilities.

System for Comprehensive Health Monitoring:

The application details a comprehensive system combining the biomonitoring toilet device and the smart mirror. This system is designed to measure physiological parameters by analyzing expelled materials during toilet use. The system's components are interconnected, forming an integrated network that facilitates real-time health monitoring and data analysis, thus providing users with detailed feedback on their health status.

Detailed Device Descriptions:

The patent includes various embodiments of the biomonitoring devices, such as seat-integrated sensors and image processing systems. These devices utilize technologies like bioelectrical impedance analysis to derive body composition metrics. The patent also describes additional components such as foot scales and wall consoles, which further enhance the system's capability to monitor and analyze health-related data.

Advanced Image Processing and Connectivity:

The application outlines methods for processing and classifying images of excreta to assess consistency, color, and volume. This involves sophisticated image pre-processing and classification techniques. Furthermore, the devices are designed to communicate via a network architecture, allowing data storage, transmission, and processing on external computing devices. This connectivity ensures that users can access and analyze their health data conveniently, supporting informed health management decisions.