Defibrillation electrode identification method and defibrillation system

Abstract

The invention provides a defibrillation electrode identification method and a defibrillation system. The defibrillation electrode identification method comprises the steps of: connecting a defibrillation electrode to a defibrillation device; obtaining a feedback signal according to a preset element in the defibrillation system; and obtaining an electrode type according to the feedback signal. According to the method and the system provided by the invention, the type of the defibrillation electrode can be rapidly identified to ensure that the defibrillation operation is more rapid and convenient.

Description

【Technical field】 [0001] The invention relates to a defibrillation electrode identification method and a defibrillation system. 【Background technique】 [0002] The defibrillation monitor generally provides two types of defibrillation electrodes: electrode pads (including external defibrillation electrode pads and internal defibrillation electrode pads) and electrode pads. When performing defibrillation operations, the machine needs to identify the type of defibrillation electrodes to determine defibrillation. Operations related to charging and discharging. Current defibrillation monitors generally only roughly identify external defibrillation electrode pads, internal defibrillation electrode pads, and electrode pads. However, external defibrillation electrode plates, internal defibrillation electrode plates and electrode pads are generally distinguished between adult models and pediatric models, and existing defibrillators cannot distinguish between adult and pediatric mode...

AI Technical Summary

Problems solved by technology

However, external defibrillation electrode pads, internal defibrillation electrode pads and electrode pads are generally divided into adult models and pediatric models, and existing defibrillators cannot distinguish between adult and pediatric models of defibrillation electrodes.

[0003] Since the current defibrillator / defibrillator monitor does not recognize the adult / pediatric defibrillation electrodes when performing external defibrillation therapy, the default defibrillation energy value generally adopts the adult defibrillation energy value. For pediatric patients, especially Defibrillation for infants and young children is inconvenient and even risky

Because in clinical defibrillation, doctors generally calculate the energy required for defibrillation based on the patient's weight (especially for pediatric patients), and infants are small in weight, and the energy required for defibrillation is much smaller than that of adults The default adult energy value for external defibrillation of general defibrillator / defibrillator monitor is 150-200J recommended by the American Heart Association (AHA) or European Cardiopulmonary Resuscitation Committee (ERC) (for biphasic wave defibrillator), while for For children, the first external defibrillation dose recommended by the American Heart Association is 2J / kg, that is to say, the first defibrillation energy value for children with a weight of 25kg is 50J, which is far less than the defibrillation energy value for adults. During the defibrillation treatment, the doctor still needs to spend a lot of time to choose the defibrillation energy value suitable for children

If the user defibrillates a pediatric patient according to the default adult defibrillation energy value of the machine, there will be a risk of severe burns to the patient's skin and heart muscle due to excessive energy

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