Design and development of a smart device for dialysis

Abstract

The present invention relates to a smart, portable dialysis management device for patients with chronic kidney disease (CKD). This device combines biometric and machine sensors, an expert system, and artificial intelligence (AI) operating via the cloud to provide personalized, secure, and autonomous treatment. The patient's vital signs and machine technical data are collected in real time by a connected data collection unit. The device includes an intelligent system with artificial intelligence capable of anticipating potential complications and an expert system that adjusts critical machine parameters. In the event of a cloud connection failure, a central processor and internal storage unit ensure autonomous management, relying on periodically updated predictive models.Portability is ensured by a compact and lightweight design, a multi-source rechargeable battery including solar charging, and metabolic waste processing. An intuitive user interface allows for real-time data visualization, alert generation, and customized report generation. This device redefines the care of dialysis patients by integrating the latest technological advancements, improving their quality of life and treatment safety.