Transport system for severe patients

Abstract

The invention discloses a transport system for severe patients. The transport system comprises an emergency ambulance stretcher and a transport trolley used in hospitals, wherein the emergency ambulance stretcher structurally comprises a lower stretcher capable of sliding on the ground, an emergency equipment storage rack for storing emergency equipment is arranged at the top of the lower stretcher, and an upper stretcher allowing patients to lie is arranged at the top of the emergency equipment storage rack; the transport trolley can be butted with the lower stretcher of the emergency ambulance stretcher and transport the emergency equipment storage rack and the upper stretcher of the emergency ambulance stretcher. The transport system has the advantages as follows: severe patients cannotbe pressed by emergency equipment in the transport process, and emergency treatment of the severe patients is facilitated; besides, winding of pipelines of emergency equipment can be avoided, the original step of sorting pipelines of emergency equipment before transport is omitted, the patient transport time is greatly shortened, and the severe patients can be treated timely.

Description

technical field [0001] The invention relates to the technical field of medical first aid, in particular to a transport system for critically ill patients. Background technique [0002] At present, when transferring critically ill patients, the critically ill patients are generally moved to the ambulance on the stretcher of the ambulance first, and then the stretcher on the ambulance is pushed into the ambulance. After the ambulance arrives at the emergency treatment center, the critically ill The patient is moved from the ambulance on the stretcher of the ambulance to the transfer trolley of the emergency treatment center. The above transport methods for critically ill patients have the following disadvantages: critically ill patients often need to accompany many first aid equipment, such as defibrillators, ventilators, oxygen cylinders, aspirators, monitors, blood pressure meters, oximeters, first aid kits, infusion pumps, variable temperature water box, ECMO host; since t...

AI Technical Summary

Problems solved by technology

The above transport methods for critically ill patients have the following disadvantages: critically ill patients often need to accompany many first aid equipment, such as defibrillators, ventilators, oxygen cylinders, aspirators, monitors, blood pressure meters, oximeters, first aid kits, infusion pumps, variable temperature water box, ECMO host; since the currently used ambulance stretcher can only be used for patients to lie down, and cannot place any first aid equipment, when medical staff use the ambulance stretcher to transfer critically ill patients, the medical staff can only use the accompanying first aid The equipment is placed on the patient. On the one hand, the critically ill patient is always oppressed by the emergency equipment during the process of transporting the critically ill person on the stretcher of the ambulance, which affects the effect of emergency treatment; on the other hand, since each emergency equipment has many pipelines, when When multiple emergency equipment is placed on the patient out of order, the pipelines between the emergency equipment will inevitably be entangled with each other. When the ambulance arrives at the treatment center, the medical staff will transfer the critically ill patient on the stretcher on the ambulance to the emergency treatment center. Before transferring the trolley, the intertwined pipelines of the emergency equipment must be sorted out before the critically ill patient and accompanying emergency equipment can be transferred from the upper stretcher of the stretcher on the ambulance to the transfer trolley of the emergency treatment center, resulting in It takes a long time for the patient to be transported, which affects the effect of emergency treatment

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