Portable box for crania-cerebral perfusion cooling

Abstract

The invention relates to a portable box for crania-cerebral perfusion cooling. The portable box comprises a control system (1), a constant temperature cooling device (2), a drive perfusion device (3), a power source (4), an operation panel (5) and external ports (6 and 7). The control system (1) controls flowing of perfusion liquid in the constant temperature cooling device (2) via the external ports (6 and 7) by controlling the drive perfusion device (3). A temperature monitoring component and a water level monitoring component are arranged in the constant temperature cooling device (2), the temperature monitoring component is used for monitoring a temperature signal of the perfusion liquid in the constant temperature cooling device (2) and monitoring an indoor temperature signal, and the water level monitoring component is used for monitoring the liquid level information of the perfusion liquid. The operation panel (5) can display the information of the temperate, the flow rate, the residue liquid amount and the like of the perfusion liquid in real time, a certain amount of crania-cerebral perfusion cooling liquid with the temperature being within the range of 0-4 DEG C is perfused to a brain local area at an appropriate speed, so that the temperature in the area reaches mild hypothermia as soon as possible, and thus the mild hypothermia therapy requirement for ischemic brain injury can be met.

Description

Technical field: [0001] The invention relates to a craniocerebral perfusion cooling portable case, in particular to a local cooling perfusion equipment for timely protection of cerebral function for patients with cerebral apoplexy and craniocerebral injury. Background technique: [0002] Cerebrovascular disease is a general term for a group of diseases that cause blood supply disorders to the brain tissue due to various reasons. Stroke is clinically divided into two categories: hemorrhagic and ischemic, and ischemic accounts for more than 80% of the total incidence. When a blood vessel in the brain suddenly ruptures or bleeds, or ischemia and hypoxia are caused by vascular blockage, it often leads to local neurological deficits. [0003] Traumatic brain injury accounts for a large proportion of systemic trauma, and its morbidity and mortality rate also ranks first in all types of trauma. Different degrees of central nervous system injury will occur after traumatic brain in...

AI Technical Summary

Problems solved by technology

However, clinically, there is currently a lack of devices for real-time monitoring of the perfusate temperature, flow rate, and remaining fluid volume for this kind of low-temperature perfusion, and the perfusate is often taken out of the cooling device and operated at room temperature during the perfusion process. , has a certain influence on the perfusion effect

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