Remote noninvasive brain temperature monitoring device

Abstract

The invention provides a remote noninvasive brain temperature monitoring device which comprises a wearable helmet or glasses, an acquisition module for noninvasively acquiring brain temperature in real time, a wireless signal transmitting system, a terminal system, a remote brain temperature data processing and analyzing system and an intelligent cooling instrument, wherein the wearable helmet or glasses are used for fixing the acquisition module and the intelligent cooling instrument, the wireless signal transmitting system is connected with the acquisition module so as to be used for transmitting acquired data to the terminal system, and the remote brain temperature data processing and analyzing system is used for processing and analyzing the data received by the terminal system, and is connected with the intelligent cooling instrument so as to start the intelligent cooling instrument when the brain temperature exceeds a set early warning value. According to the device, noninvasive brain temperature analysis is carried out on patients suffering from severe heatstroke brain injury, so that the device can be applied to early detection of brain injury in batches so as to carry out early warning, and the brain is cooled through the intelligent cooling instrument so as to carry out effective intervention.

Description

Technical field [0001] The present invention relates to the technical field of brain temperature monitoring, and in particular, a remote non-invasive brain temperature monitoring device. Background technique [0002] Heatstroke refers to a series of clinical manifestations that have high temperature rise in the high heat environment or strong labor, and there is a series of clinical manifestations such as the functional disorder of the central nervous system, such as the symptoms such as the dysfunction of the central nervous system. Critical disease. Cultural heatstrokes that fail to intervene early and therapy can be rapidly developed as multi-organ failure, with mortality of 30-50%. In the damaged organs of heat stroke, brain damage is the most common and most serious complications, and even in patients who have been successful, there are still 20-30% survivors left a permanent medium brain damage sequelae. Therefore, early detection of brain damage is an important significanc...

AI Technical Summary

Problems solved by technology

[0006] The purpose of the present invention is to provide a remote non-invasive brain temperature saturation monitoring device to solve the current technical problem that there is no objective monitoring means for the occurrence and loss of heat stroke brain damage

Images