Portable electrocardio electrode plate

Abstract

The invention relates to a portable electrocardio electrode plate which comprises a plurality of electrode plates, wherein the electrode plates are arranged in a broken line shape and connected with one another sequentially; the broken line shape is specifically a Z shape of which the included angle is an obtuse angle; and the electrode plates are connected through silica gel. The portable electrocardio electrode plate also comprises electrode plates of at least three monomers. The electrode plates are fixedly connected, so that during use, electrodes do not need to be fixed one by one, and the positions of the six electrode plates can be fixed accurately only by fixing the positions of two or three of the electrode plates according to the positions. The portable electrocardio electrode plate is convenient to use and simple to operate; patients who do not know the principles of medical science can perform electrocardio measurement in short time; the portable electrocardio electrode plate has a small size and is convenient for families to use; and the backing of the electrode plate adopts 20-degree medical silica gel, so foreign body sensation is avoided with the portable electrocardio electrode plate is worn and the portable electrocardio electrode plate is convenient to adhere and tear down.

Description

technical field [0001] The invention relates to the field of medical electrocardiographic monitoring, in particular to a portable electrocardiographic electrode sheet. Background technique [0002] ECG electrodes are patches used in conjunction with ECG measuring equipment (ECG machines, ECG monitors) and attached to the human body to sense ECG signals. They have been widely used and are a consumable for ECG monitoring. [0003] The ECG electrodes used in ECG monitoring are mainly composed of sponge lining or non-woven fabrics, metal buckles, conductive paste, etc., which are pasted on the human body through the self-adhesive adhesive on the back of the pads when used, and are peeled off from the human body after use. Adhesive pads will be discarded. Such electrodes have the following disadvantages: 1. Disposable use, which generates medical waste and increases the cost of ECG monitoring; 2. Some people will have skin allergies, such as skin redness, rash, blisters, itching...

AI Technical Summary

Problems solved by technology

Such electrodes have the following disadvantages: 1. Disposable use, which generates medical waste and increases the cost of ECG monitoring; 2. Some people will have skin allergies, such as skin redness, rash, blisters, itching and other symptoms; 3. The sticking position needs to be accurate, and it needs to be operated by professionals in the hospital, so it cannot be popularized for home use.

[0004] The electrode sheet described in the invention patent CN201210453557.1 is reusable. Although the electrode sheet can be fixed on the human body by atmospheric pressure, the direct contact between the electrode sheet and the human body does not have a good conductive effect, and even generates interference signals, thereby affecting the electrocardiogram. the quality of

[0005] The utility model patent CN201220154820.2 is the same as the invention patent CN201210107319.5. Multiple electrode sheets are integrated and used through felt sheets, so that the area in contact with the human body is large, and there is a foreign body sensation. When the human body moves heavily, the electrode sheets will fall off. At the same time, due to its large size, it is inconvenient to store and carry, so it is not conducive to home use.

[0006] Other patents are disposable electrode sheets, which are discarded after use, resulting in medical waste; if used at home, it will increase the cost of ECG monitoring

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