Intelligent electrocardiogram diagnosis system

Abstract

Disclosed is an intelligent electrocardiogram diagnosis system. The intelligent electrocardiogram diagnosis system comprises a detection bed and an electrocardiogram diagnosis device; a support is arranged on the detection bed, and a mechanical arms, a three-dimensional vision system, a disinfection device and a system starting button are arranged on the support; limb conductive electrode mechanisms are arranged on the detection bed, and an electrical control cabinet is arranged at the lower part of the detection bed; the tail ends of the mechanical arms are connected with chest conductive electrode devices; the chest conductive electrode devices and the limb conductive electrode mechanisms are electrically connected with the electrocardiogram diagnosis device correspondingly; and the system starting button, the electrocardiogram diagnosis device, the mechanical arms, the three-dimensional visual system and the disinfection device are electrically connected with an electrical control cabinet. The system has the advantages that the automation, precision and intelligentization of the electrocardiogram diagnosis process are realized by utilizing the technologies of the three-dimensional visual system, the mechanical arms, machine learning and the like, the labor intensity of medical personnel is greatly reduced, and the effect and efficiency of electrocardiogram diagnosis are greatly improved; and in addition, the problems of cross infection between medical staff and a detected person and high disinfection work intensity of electrocardiogram detection equipment, instruments and the like are solved to a great extent; and the electrocardiogram diagnosis efficiency is improved.

Description

technical field [0001] The invention belongs to the technical field of medical equipment, and in particular relates to an intelligent electrocardiographic diagnosis system. Background technique [0002] At present, in the process of ECG diagnosis, medical staff manually wear the equipment and equipment used in ECG diagnosis for the tested person; medical staff perform repetitive labor every day, and the labor intensity is high; medical staff is matching equipment and equipment for the tested person During the process of testing, close contact with the tested person, this method will greatly increase the risk of cross-infection between the medical staff and the tested person; the current disinfection of the used testing equipment and instruments after the ECG diagnosis The problem is also the biggest problem faced by the ECG diagnostic department. The disinfection work will take up more working time and work intensity of the medical staff, which will reduce the work efficienc...

AI Technical Summary

Problems solved by technology

[0002]At present, in the process of ECG diagnosis, medical staff manually wear the equipment and instruments used for ECG diagnosis on the tested person; medical staff perform repetitive labor every day, The labor intensity is high; the medical staff are in close contact with the tested persons in the process of matching equipment and instruments for the tested persons, which will greatly increase the risk of cross-infection between the medical staff and the tested persons; At present, the disinfection of used testing equipment and instruments after ECG diagnosis is also the biggest problem faced by the ECG diagnosis department. The disinfection work will occupy more working time and work intensity of medical staff, reducing the work of medical staff. efficiency

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