Configuration of rescue equipment in ambulance

Abstract

The invention relates to configuration of rescue equipment in an ambulance. The rescue equipment (1) is arranged on the vehicle wall of one side in a compartment through a bracket, and a stretcher (2)is placed beside the rescue equipment (1); the rescue equipment (1) comprises a first-aid respirator, a defibrillator, an electrocardiograph monitor, an electrocardiogram machine, a cardio-pulmonaryresuscitation machine, a suction machine and a portable color ultrasonic diagnostic instrument; the rescue equipment (1) is connected with a display screen (3) through a data bus (4), and an air source main pipe (5) is connected with the first-aid respirator, the cardio-pulmonary resuscitation machine and the suction machine through an air source inlet wire and shares the display screen (3) and apower bus (6). The size of the equipment can be reduced, the equipment is further miniaturized, the space in the compartment of the ambulance is saved, enough rescue equipment can be arranged in the compartment of the ambulance, the rescue range is wider, the probability of timely rescuing of a patient is higher, and the rescue success rate is larger.

Description

technical field [0001] The invention belongs to the field of medical devices, and in particular relates to a design proposal for the configuration of special rescue equipment in an ambulance. Background technique [0002] At present, if ambulances across the country can meet various rescue needs, basically the rescue equipment on them is generally equipped with at least: emergency ventilator, defibrillator, ECG monitor, electrocardiogram machine, cardiopulmonary resuscitation machine, suction machine , portable color ultrasound diagnostic instrument, etc., as well as various drugs and simple test instruments (such as blood glucose meter), and due to the limited space in the ambulance compartment, some manufacturers of these equipment have designed larger dimensions and occupy more space. In a large space, each device is connected separately, and the on-site wiring and pipeline connections are very messy, which seriously affects the rapid and correct operation of medical serv...

AI Technical Summary

Problems solved by technology

[0002] At present, if ambulances across the country can meet various rescue needs, basically the rescue equipment on them is generally equipped with at least: emergency ventilator, defibrillator, ECG monitor, electrocardiogram machine, cardiopulmonary resuscitation machine, suction machine , portable color ultrasound diagnostic instrument, etc., as well as various drugs and simple test instruments (such as blood glucose meter), and due to the limited space in the ambulance compartment, some manufacturers of these equipment have designed larger dimensions and occupy more space. In a large space, each device is connected separately, and the on-site wiring and pipeline connections are very messy, which seriously affects the rapid and correct operation of medical services

[0003] The dimensions, shapes, and interfaces (referring to power supply and air supply interfaces) of these rescue equipment are not the same. Even if the same equipment is produced by different manufacturers, its appearance structure, size, and interface are not exactly the same; Accessories can work normally (such as emergency ventilators, cardiopulmonary resuscitation machines, suction machines, etc. must have air sources - oxygen cylinders), the interfaces and sizes of these accessories will vary a lot, and these accessories with the same function must be used Bring all of them, which makes the interior of the ambulance compartment even more dwarfed by the narrow space, so we have to selectively configure some equipment, and even so, if several equipment are used at the same time, the power cables, data cables, air sources The input parts such as pipelines and self-contained accessories will occupy a lot of space in the car, which is relatively messy. When medical staff want to take out the parts connected to the patient on these devices for rescue, they will have conflicts with these messy input parts. Involvement hinders the implementation of rescue, causing great inconvenience and slowing down the speed of rescue; in addition, it is necessary to plug in the equipment used, turn on the power switch and the gas source switch, and it is inevitable to be in a hurry, so the speed of rescue is slow. At the same time, the medical staff must understand the patient's condition and watch the monitoring results on different devices, and the positions of these devices cannot be placed side by side, which makes the medical staff have to control the monitoring of two or more devices at the same time. Monitoring data is very inconvenient

Images