5G-based platform special for neonatal rescue

Abstract

The invention discloses a 5G-based platform special for neonatal rescue. The 5G-based platform comprises a first-aid command center system, a remote terminal, a remote terminal receiver, a cloud server and a plurality of ambulance vehicle-mounted subsystems. The cloud server is connected with the emergency command center system, a network card of the remote terminal and each ambulance vehicle-mounted subsystem for interactive communication. The remote terminal receiver is connected with a sound card earphone port of the remote terminal. According to the invention, doctors can conveniently andremotely guide medical personnel on an emergency site to carry out proper rescue treatment, the illness state is relieved, and time is bought for rescue of newborns.

Description

technical field [0001] The invention relates to the field of medical technology, in particular to a 5G-based dedicated platform for newborn rescue. Background technique [0002] At present, pre-hospital first aid is developing rapidly, and the interior of modern ambulances is relatively spacious, so that ambulance personnel have enough space to rescue newborns on the way to the hospital. [0003] However, due to limitations in knowledge, skills, and equipment, it is often difficult for on-site rescue personnel to provide effective treatment for newborns in a timely, accurate, and effective manner. They can only carry out emergency rescue work in ambulances based on the patient's clinical symptoms and personal clinical experience. As a result, the precious health and even life of a large number of newborns cannot be properly guaranteed. Only after the newborn arrives at the hospital can the doctor give treatment to it, and in the rescue or treatment, it is very important for...

AI Technical Summary

Problems solved by technology

[0004] However, the medical staff waiting to be rescued in the hospital can only obtain a small amount of sign information and condition information of the newborn through a small amount of electronic equipment because they cannot understand the condition changes of the rescued critically ill newborn on the way.

The specific treatment can only be determined after the newborn arrives at the hospital, and the rescue plan can only be determined after fully understanding the condition of the newborn, which seriously delays the best time for rescue and has a bad impact on the cure of the newborn.

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