A system for AI-assisted non-invasive health monitoring and automated medication dispensing

Abstract

A system for AI-supported non-invasive health monitoring and automated drug delivery, consisting of: an embedded processing unit; a non-invasive health monitoring module comprising one or more physiological sensors configured to capture a user's health-related parameters without invasive procedures; an interactive user interface comprising at least one display, one microphone and one speaker configured to enable dialog-oriented interaction between the user and the system; an artificial intelligence-based processing module, executed by the embedded processing unit and configured to analyze captured physiological data and generate system control outputs; and an automated drug dispensing module that is functionally coupled with the embedded processing unit, the automated drug dispensing module includes: a base plate (A) designed to support mechanical and electronic components; a lower housing area (B) that accommodates output actuators; a guide structure or funnel (C) designed to guide tablets along a dispensing path; a variety of tablet storage and sorting compartments (D) configured for storing drug doses; a slot alignment or guidance mechanism (E) functionally connected to a motor and designed to selectively align a selected tablet compartment with the dispensing path; and an upper guide plate or cover structure (F) configured to restrict the movement of the tablets during operation, wherein the embedded processing unit is configured to: receive non-invasive physiological sensor data; to process the data using the artificial intelligence-based processing module; Control of the operation of the automated drug dispensing module based on stored schedules or predefined conditions; and controlled dispensing of medications via the dispensing route, so that the system enables integrated non-invasive health monitoring, intelligent user interaction and automated drug delivery within a single compact platform.