Electrode plate set for electrocardio monitoring

Abstract

The invention discloses an electrode plate set for electrocardio monitoring. The electrode plate set comprises at least three electrode plates, wherein the three electrode plates are arranged on a mat, and no distance is left among the three electrode plates; the three electrode plates are respectively connected with a lead, and the free-end of the lead is connected with a connector which is matched with an electrocardio monitor; and the lead forms a multi-core lead. The electrode plate set has the following advantages that: 1, the single electrode plate set and the single multi-core lead are adopted to complete routine electrocardio monitoring, and the electrode plates are simple to operate, maintain and change; 2, the single electrode plate set and the single multi-core lead are simply distributed on the surface of the chest of a patient, so a plurality of electrode plates and leads which are arranged at a plurality of parts are prevented from being disorderly distributed to influence operation and rescue; and 3, the single electrode plate set and the single multi-core lead are beneficial to the stability of the monitoring signal quality and the searching of problems, and the risk of the monitoring signal interference and indistinguishability which are easily caused by faults and patient movement due to the electrode plates adhered onto the skins of a plurality parts of the chest and a plurality of running leads is reduced.

Description

technical field [0001] The invention relates to a collecting electrode sheet for electrocardiographic monitoring. Background technique [0002] ECG monitoring is a diagnostic method widely used in various intensive care units and clinical diagnosis and treatment operating conditions. To achieve the purpose of ECG monitoring, in addition to having ECG monitoring equipment, it is also necessary to paste electrodes on different parts of the patient's body to collect the patient's ECG signal. The conventional method adopted at present is to stick more than three scattered electrode sheets on the skin of the patient's front chest at a certain distance from each other to obtain an improved monitoring lead electrocardiogram. This signal detection method using multiple scattered electrode sheets and multiple independent lead wires has the following disadvantages: 1. Multiple electrode sheets are scattered and pasted to occupy most of the patient's front chest, which is not conduciv...

AI Technical Summary

Problems solved by technology

This signal detection method using multiple scattered electrode sheets and multiple independent lead wires has the following disadvantages: 1. Multiple electrode sheets are scattered and pasted to occupy most of the patient's front chest, which is not conducive to placing defibrillation electrode plates in emergency situations. Cardioversion and Defibrillation

2. Multiple lead wires run independently or intersect, which may easily interfere with the routine diagnosis and treatment operations and rescue in the patient's anterior chest

3. Multiple electrodes and wires are likely to cause signal acquisition failures due to patient activities, body position changes, sweating or daily actions, affecting the quality of ECG monitoring

4. It is time-consuming and cumbersome to repeat the same operation in multiple parts for each installation and replacement of electrode sheets

6. Pasting multiple electrodes on multiple parts of the patient for a long time will easily increase the discomfort of the corresponding skin parts of the patient

7. Running multiple lead wires on the patient's front chest can easily affect the patient's activities, resulting in improper winding of the lead wires on the patient's arms or neck

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