Mobile field medical experiment informatization bearing platform

Abstract

The invention discloses a mobile field medical experiment informatization bearing platform which comprises a vehicle-mounted box body, a multi-module information control system in the box body and a corresponding experiment auxiliary system. The interior of the box body is divided into a front functional cabin, a middle functional cabin and a rear functional cabin from front to back; the front cabin is a command cabin to form an information uploading module; the middle cabin is a medical treatment experiment cabin and forms an authentication experiment module; the rear cabin is an epidemic prevention quarantine experiment cabin and forms an epidemic prevention experiment module. The middle cabin and the rear cabin are provided with improved information management systems and recognition systems such as two-dimensional codes and bar codes, and can complete experiments through combining experimental environment conditions such as a pull-down operation panel and a field operation epidemicprevention quarantine combined experiment table; a spoon-shaped sample collector is used for storing a test sample, and test waste is stored in a storage box and conveyed out through a delivery window. The platform is suitable for field rescue, field medical experiment environments, informatization construction and the like, has the characteristics of complete functions, quick unfolding and folding, safety, quickness, modularization and the like, can protect personnel safety and improve working efficiency, and is suitable for field medical teams and epidemic prevention teams.

Description

technical field [0001] The invention belongs to the field of information technology and medical support research, and in particular relates to a mobile field medical experiment information carrying platform capable of military medical experiments, experimental monitoring, epidemic prevention and the like. Background technique [0002] The rescue practice of modern war medicine shows that the wounded have the characteristics of strong suddenness, many wounded, serious injuries and complex rescue environment. The main cause of death within 24 hours after injury is excessive blood loss. After shock, the "golden hour" fluid resuscitation It is the key treatment measure; within 1-3 hours after injury, effective debridement to control bleeding and fluid resuscitation to resist shock are the main means to ensure the stability of the vital signs of the wounded. The mortality rate of the wounded in wartime is directly related to the time when the wounded receive medical treatment, an...

AI Technical Summary

Problems solved by technology

[0008] Research mobile military medical experiments and epidemic prevention information platforms that can quickly reach the wounded in different ranges under field conditions, as well as areas contaminated by biological, chemical, and infectious diseases, to solve the problem of the difficulty in quickly and safely confirming the identity information of the wounded, and the experimental environment and procedures cannot be effectively established , incomplete equipment and supporting devices, easy confusion and cross-contamination of test samples, difficulty in field fluid resuscitation and treatment, and difficulty in quickly obtaining and transmitting data

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