A homogenate density intelligent detection and regulation method and device based on pipe diameter adaptive fault tolerance evaluation and electronic equipment

Abstract

This invention provides a method, device, and electronic device for intelligent detection and control of homogenate density based on tube diameter adaptive fault tolerance assessment, relating to the fields of medical devices and clinical nutrition technology. The method includes: acquiring the inner diameter information of the target feeding tube and detection parameters of the homogenate sample flow under simulated target feeding tube conditions; determining the corresponding safety threshold and fault tolerance parameters based on the inner diameter information of the target feeding tube; performing risk grading decisions based on the detection parameters, the safety threshold, and the fault tolerance parameters, generating quantitative control instructions corresponding to the risk level; and performing adjustment operations on the homogenate according to the quantitative control instructions and re-detecting and deciding until the decision result indicates safe infusion. This invention, by introducing a tube diameter adaptive fault tolerance assessment and closed-loop control mechanism, solves the core clinical contradiction of the incompatibility between nutrient preservation and infusion safety in homemade homogenized diets, achieving precise matching of safety standards with the clinical risks of different tube diameters.

Images