Sensor monitoring interactive control automatic autonomic function detector

Abstract

The invention discloses a sensing monitoring interaction control fully automatic autonomic nerve function detection instrument and a detection method. The detection instrument comprises a computer, a display, an electrocardiogram monitoring device, a blood pressure monitoring device, an air passage pressure monitoring device, a holding force monitoring device and a breath monitoring device, wherein the display, the electrocardiogram monitoring device, the blood pressure monitoring device, the air passage pressure monitoring device, the holding force monitoring device and the breath monitoring device are respectively connected to the computer. The detection method has the advantages that through specifying the test action of testees, the optimum data collection is realized, and the accuracy and the precision of the later-stage autonomic nerve function evaluation results are ensured. The display, the air pressure monitoring device, the holding force monitoring device and the breath monitoring device are respectively adopted for realizing the real-time detection and display on each test action of the testees, the computer can prompt the test action which does not conform to the standard in time, and the computer is enabled to obtain the optimum data in the monitoring process through the electrocardiogram monitoring device and the blood pressure monitoring device so that the accurate and precise autonomic nerve function evaluation results with high comparability and high repeatability can be obtained.

Description

technical field [0001] The invention relates to the technical field of medical detection, in particular to a sensor monitoring interactive control fully automatic autonomic nerve function detector and a detection method. Background technique [0002] The autonomic nerve regulates the functional activities of internal organs through direct or indirect means, and maintains the balance of the internal and external environment of the body. Autonomic nervous dysfunction can lead to dysfunction of organs in various systems of the body, including: respiratory system, cardiovascular system, digestive system, urinary system, abnormal function of skin sweat glands, sexual dysfunction, sleep disorders, etc. A variety of diseases can lead to abnormal or disordered autonomic nervous function, and correct evaluation of autonomic nervous function has important medical significance and value. [0003] At present, there are a variety of detection methods for evaluating autonomic nervous fun...

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Problems solved by technology

However, HRV is easily affected by many factors such as room temperature, respiratory rate, drugs, excited conversation, smoking, drinking, etc. There are many indicators in the monitoring time course, the repeatability is poor, and the diagnostic criteria are not yet unified.

[0007] The Ewing experiment requires the active cooperation of the patient, lack of monitoring of the level or degree of each stimulation action, and is difficult to control. The manual operation of the ECG parameter measurement is easily affected by the subjective factors of the subject and the tester, which is easy to cause errors and has certain limitations.

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