Design and development of a smart device for leukemia diagnosis

Abstract

The present invention describes an intelligent, integrated device for the automated and accurate diagnosis of leukaemia. This system combines advanced technologies, including automated blood smear preparation, infrared spectroscopy and microscopic imaging, with artificial intelligence (AI) algorithms. It enables real-time analysis of blood biomarkers and microscopic images, while ensuring standardised, high-quality sample preparation. The architecture of the device is designed to optimise the flow of data, from the initial acquisition of samples to the generation of final diagnoses. The device is structured around the following main components: - Intelligent Sample Preparation and Processing Unit (1) - Integrated Microscopic Acquisition Module (2) - Infrared Spectral Analysis Module (3) - Waste Management Box (4) - Embedded Processing Unit (5) - Cloud Infrastructure (6) - Graphical Interface (7)