Medical detection device

Abstract

The invention discloses a medical detection device which comprises a main processing control unit, a data storage module, a POCT module, an electrocardiosignal collecting and processing module, a display unit, a power module, a communication interface module and a key input unit. The data storage module, the POCT module, the electrocardiosignal collecting and processing module, the display unit, the power module, the communication interface module and the key input unit are respectively connected with the main processing control unit. By means of the medical detection device, an electrocardiogram and cardiac marker content of a patient can be rapidly obtained and can be displayed at the same time, medical staff can conveniently make a judgment in time, and time spent for operating two kinds of equipment is shortened; when the patient is away from a hospital, nursing personnel with the medical qualification at home or a community health care center can examine the patient and share examination data of the patient with a doctor remotely, the patient avoids going to and from the hospital repeatedly, meanwhile, the doctor can master the illness state of the patient at any time, and illness state prediction and specific treatment are carried out in time.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a medical detection device. Background technique [0002] For people suffering from cardiovascular diseases, especially high-risk groups such as heart disease, if they cannot be treated in time, they will often endanger their lives. And the problem that exists at present is: on the one hand, often need to spend more time to identify the actual cause of disease after the patient shows symptoms, if the patient really suffers from heart disease, can't treat in time or missed diagnosis will bring huge harm to the patient. For example, in myocardial infarction, reversible ischemia occurs first in myocardial tissue, followed by irreversible ischemia, and finally necrosis of myocardial tissue occurs. If the patient can be treated before irreversible ischemia occurs, it is very likely that the patient will recover completely. On the other hand, for symptoms not caused by heart d...

AI Technical Summary

Problems solved by technology

The existing problems are: on the one hand, it often takes more time to identify the actual cause of disease after the patient has symptoms. If the patient does suffer from heart disease, it will bring huge harm to the patient if he cannot be treated in time or missed diagnosis.

However, the current hospital medical equipment usually detects the patient's ECG in the ward, and the detection of cardiac markers needs to be performed in the laboratory. Therefore, there is no medical device that can detect the patient's ECG and cardiac markers at the same time testing, that is, actual use that does not meet the above guidelines

Furthermore, the transformation of chronic heart disease into acute coronary syndrome is an uncertain process. Once an attack occurs, the probability of sudden life-threatening is extremely high

With the existing medical diagnostic equipment, it is still impossible to construct ECG and cardiac markers on the same device, and it is impossible to realize the periodic application of cardiac function in chronic heart disease patients on one device through clinical nurses. Detection to achieve the purpose of periodically discovering changes in cardiac function and assisting clinical treatment detection

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