Dynamic cardiogram detecting device

Abstract

A holter monitor comprises: an ultrasonic probe (22), fixed to a body surface of a tested object, and used for emitting an ultrasonic wave to the tested object and performing ultrasonic scan and test on the heart of the tested object; a monitoring probe (22), used for detecting physiological parameters of the tested object; an ultrasonic function module (12), coupled to the ultrasonic probe (22), and used for controlling the ultrasonic probe (22) to emit an ultrasonic wave to the tested object and receiving a heart ultrasonic signal acquired by the ultrasonic probe (22); a monitoring function module (10), coupled to the monitoring probe (20) and used for acquiring the physiological parameters of the tested object by using the monitoring probe (20); an ultrasonic information display unit (32), used for displaying heart ultrasonic parameters acquired by the ultrasonic function module (12); and a monitoring information display unit (30), used for displaying the physiological parameters acquired by the monitoring function module (10). The monitor can monitor the anatomical structures and the functional states of the heart and the large vessels for a long time.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a detection device for a dynamic cardiogram. Background technique [0002] The heart is different from other organs in the human body because of the word "motion". The dynamic monitoring of heart information has long been an extremely important clinical exploration and research content. At present, devices that have realized dynamic monitoring of heart information, such as ECG monitors, 24-hour dynamic electrocardiogram (ECG holter), etc., only collect and analyze the electrical activity (ECG information) of the heart, and cannot reflect the mechanical activity of the heart and the structure of the heart. Echocardiography can non-invasively detect the anatomical structure and functional status of the heart and great vessels through the special physical characteristics of ultrasound. However, echocardiography can only be performed by doctors holding ultrasound probes for short-ter...

AI Technical Summary

Problems solved by technology

At present, devices that have realized dynamic monitoring of heart information, such as ECG monitors, 24-hour dynamic electrocardiogram (ECG holter), etc., only collect and analyze the electrical activity (ECG information) of the heart, and cannot reflect the mechanical activity of the heart and the structure of the heart. Echocardiography can non-invasively detect the anatomical structure and functional status of the heart and great vessels through the special physical characteristics of ultrasound. However, echocardiography can only be performed by doctors holding ultrasound probes for short-term and static inspections. , so there is no device for long-term dynamic continuous monitoring of cardiac parameters

Images