Intelligent medical monitoring device for anesthesia depth

Abstract

The invention provides an intelligent medical monitoring device for the anesthesia depth. The intelligent medical monitoring device for the anesthesia depth includes a central processing device, a pulse sensor interface, a blood pressure sensor interface, a temperature sensor interface, a heart rate blood oxygen sensor interface, a respiratory monitoring sensor interface, a display screen, a startkey, a handle, a memory, an anesthesia-monitoring-system power supply interface, a pulse sensor, a blood oxygen sensor, a temperature sensor, a heart rate blood oxygen sensor, a breath monitoring sensor, a signal processing circuit and a signal analysis module. The intelligent medical monitoring device is used for testing the body parameters of a patient before and after anesthesia. The system can achieve accurate temperature measurement. Besides, the signal analysis module is used for integrating a pulse signal and a blood pressure signal into a pulse characteristic quantity, that is to say,the pulse characteristic quantity calculated through the high blood pressure data, low blood pressure data and pulse signal of the patient has more reference value for medical staff.

Description

technical field [0001] The invention relates to the field of intelligent testing, in particular to an intelligent monitoring device for medical anesthesia depth. Background technique [0002] According to clinical statistics, only about 60% of patients can enjoy complete high-quality anesthesia services, about 14% of patients are over-anesthetized, 16% of patients are under-anesthesia, and 10% of patients are in the state of shallow and deep. [0003] If the anesthesia is too light, the patient may have memories of the operation and even feel pain, and in severe cases, it may cause mental or sleep disorders. The "horrible memories" that may be triggered during the operation will become another pain in postoperative life; Sequelae, there may be discomfort for a long time after the operation, and even life-threatening. [0004] Sedation and anesthesia are too deep, and drug overdose will cause slow breathing, until breathing stops, brain hypoxia, and long-term brain hypoxia, ...

AI Technical Summary

Problems solved by technology

[0007] However, the monitoring items of the anesthesia monitoring device in the prior art are relatively fixed, and the monitoring items cannot be replaced according to the needs of the operation. Moreover, monitoring the depth of anesthesia through the EEG monitoring index is not convenient because the computer is large in size and not easy to carry. The medical staff check the patient's body parameters during anesthesia in real time. Furthermore, the body temperature information of the patient after anesthesia is an important parameter for anesthesia monitoring. However, the existing anesthesia monitoring devices are not accurate in temperature monitoring, which cannot make the medical staff accurately Know the temperature information of the patient during anesthesia

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