Intelligent cerebrospinal fluid external drainage monitoring system

Abstract

The invention discloses an intelligent cerebrospinal fluid external drainage monitoring system which comprises a processing module, a flow speed control device, a flow sensor, a pressure sensor, a temperature sensor, a micro camera, a communication module, a medical information recognition device and a man-machine interaction module. The processing module is electrically connected with the flow speed control device, the flow sensor, the pressure sensor, the temperature sensor, the micro camera, the communication module, the alarm device, the medical information recognition device and the man-machine interaction module, different drainage modes can be selected according to individual differences and illness conditions of patients, intelligent control over the drainage state is achieved, the safety, the metering accuracy, the pertinence and the reliability of cerebrospinal fluid drainage are improved, the medical informatization level is improved, the nursing work intensity is reduced, the hospital management efficiency is improved, and good clinical value and social significance are achieved.

Description

Technical field [0001] The present invention relates to an outer drain monitoring system, in particular to an intelligent cerebral fluid external drainage monitoring system. Background technique [0002] Survival of cerebrospinal fluid is a widely used treatment method in neurosurgery, and play an extremely important role in neurosurgerative rescue and treatment. In existing clinical practice, cerebrospinal fluid is mainly divided into two types of cerebral outdoor drainage and waist rings. Entovation of the ventricle is transcranial bone-shaped brain chamber, placing the drainage tube, the clinical technology of the cerebrospinal fluid into the body to collect the bottle; the waist rustic drain refers to a special drainage tube, one end is placed in the patient's waist tank, The cerebrospinal fluid is continuously drained to the method of collecting the bottle in vitro. The application of cerebrospinal fluid extensive drainage is widely used, and is usually used in human brain s...

AI Technical Summary

Problems solved by technology

Excessive drainage speed and excessive drainage may cause intracranial hemorrhage, low intracranial pressure, and pneumothorax; insufficient drainage volume and too long drainage interval will cause increased intracranial pressure, induce brain herniation, and lead to deterioration of the condition and even death

Such as the prior art CN112755367A intelligently controlled cerebrospinal fluid drainage control system has the following technical defects: although there is selection control of the drainage mode, it cannot be selected in a timely and targeted manner under the control of the doctor's fortune. Including continuous drainage mode, timing quantitative drainage mode and constant pressure quantitative drainage mode, the accuracy is not high, the real-time performance is not strong, and the pertinence is not strong

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