Intelligent thrombus aspiration system

Abstract

The present disclosure relates to the field of medical equipment, and provides an intelligent thrombus aspiration system, including a negative pressure suction pump, a blood collection tank, a thrombus aspiration connection unit, a suction catheter and a man-machine interaction module. The man-machine interaction module is configured to transmit a target catheter diameter of the suction catheter to the thrombus aspiration connection unit in response to a command for selecting the target catheter diameter. The thrombus aspiration connection unit is configured to obtain historical treatment data corresponding to the target catheter diameter, cluster the historical treatment data through a neural network model so as to obtain a target suction frequency, a target suction duration and a target suction negative pressure corresponding to the target catheter diameter, and control the negative pressure suction pump and the suction catheter in accordance with the target suction frequency, the target suction duration and the target suction negative pressure. According to the present disclosure, it is able to automatically generate an optimum suction strategy corresponding to the target catheter diameter, determine a suction state of the suction catheter, thereby to reduce the amount of bleeding of a patient without reducing the suction efficiency, and remarkably improve a clinical effect of thrombus aspiration.