Postoperative human body wireless intracranial pressure intelligent monitoring device

Abstract

The invention discloses a postoperative human body wireless intracranial pressure intelligent monitoring device which comprises: a data acquisition module used for acquiring intracranial state parameters of a human body through a sensor; a monitoring terminal used for acquiring and analyzing the state parameters to obtain an intracranial pressure value of the patient; and a display module used for displaying the intracranial pressure value in real time. The intracranial state of the patient can be accurately known; the current real-time state model and the normal state model are compared through the monitoring terminal, alarm information is sent out according to the comparison result and medical workers are prompted to treat and cure the patient in time, so that the accuracy of judging the condition of the patient by a doctor is improved and the risk of infection when the patient uses the intelligent monitoring device is reduced; and the intelligent monitoring device is more convenient, accurate and wide in application range.

Description

technical field [0001] The invention relates to an intracranial pressure monitoring device, in particular to a wireless intracranial pressure intelligent monitoring device for postoperative human body. Background technique [0002] Intracranial pressure, that is, the pressure of cerebrospinal fluid in the cranial cavity, due to traffic accidents, falls, impacts and other external forces, the number of traumatic brain injury patients is increasing year by year. Brain surgery is a high-risk operation that requires strict postoperative observation of the patient. At present, intracranial pressure monitoring is mainly divided into invasive intracranial pressure detection and non-invasive intracranial pressure monitoring. Invasive detection mainly includes lumbar puncture detection, intraventricular detection, intraparenchymal detection, subarachnoid space detection, Neuroendoscopic intraoperative detection, telemetry intracranial pressure monitoring technology, etc.; non-invasi...

AI Technical Summary

Problems solved by technology

The existing invasive monitoring technology has the following technical defects: 1) the cable of the sensor is pulled and easily causes the wound to dehisce; the bleeding is mainly caused by the rupture of blood vessels in the brain tissue when the sensor is implanted; 2) due to the limited length of the cable, its It will inevitably affect the patient's activities and the care of medical staff; 3) When the pressure value exceeds the preset value, the alarm will be issued. Doctors can only make empirical fuzzy judgments based on the alarm information and pressure value, and cannot accurately find out the cause of increased intracranial pressure. , and the subjective judgment is labor-intensive and not accurate; 4) When the patient is conscious, emotional fluctuations or body movements may cause increased intracranial pressure, resulting in false alarms

At the same time, when an alarm occurs, medical staff need to contact the doctor in charge, who then diagnoses and treats the patient, which is inefficient and easily misses the best opportunity for treatment

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