Manufacturing method of conductive cloth, textile electrodes and intelligent electrocardiograph coat

Abstract

The invention provides a manufacturing method of conductive cloth. The manufacturing method of the conductive cloth comprises the following steps: performing hot pressing on textile fabrics at hot deformation temperature so as to have fibers flattened as well as have the fibers bonded at cross-lap joints, thereby making bulges on the flattened textile fabrics planar; and then, plating a conductivelayer on surfaces of the flattened textile fabrics. Conductive cloth manufactured by the manufacturing method has a planar conductive layer on the surface; and thus, being applied for textile electrodes, effective contact area of the conductive cloth with the skin is greatly increased under the same pressure, thereby improving signal acquisition capability. At the same time, fibers at the cross-lap joints of the conductive cloth are bonded together, so that, dislocation between the conductive fibers of the conductive cloth is avoided so as to prevent introduction of noise; moreover, porosityof the conductive cloth is greatly reduced, so that, 'sweat perspiration' is appropriately facilitated, thereby further improving signal acquisition capability of the conductive cloth on dry skin surface. The invention further provides textile electrodes and an intelligent electrocardiograph coat.

Description

technical field [0001] The invention relates to the technical field of medical devices, and more specifically, relates to a method for manufacturing a conductive cloth. The invention also relates to a fabric electrode and an intelligent electrocardiogram suit. Background technique [0002] The fabric electrodes on the existing smart ECG clothes are composed of conductive cloth and foam; the traditional conductive cloth is woven into conductive cloth after the fibers are silver-plated, and the fibers can be staggered with each other. Because the conductive cloth is a three-dimensional woven structure, when it comes into contact with the skin, only some raised point-like areas of the woven structure are in contact with the skin, and other areas do not actually touch the skin, and the signal collection ability is low, resulting in weak ECG signals collected. Not even a signal. [0003] At the same time, the fabric electrodes can only be attached to the skin by the binding forc...

AI Technical Summary

Problems solved by technology

In order to avoid the above problems, the existing technology mainly increases the tightness of the electrocardiogram clothing so that the fabric electrodes are tightly pressed against the skin surface, which will cause discomfort to the human body and cause local thrombosis risk in severe cases

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