Medical conductive and anti-bacterial fabric having shape memory function

Abstract

The invention relates to a medical conductive and anti-bacterial fabric having a shape memory function. The medical conductive and anti-bacterial fabric having the shape memory function comprises a fabric body which is interwoven into a mesh structure by warp yarns and weft yarns, wherein the weft yarns employ the shape memory fiber terylene; the front side of the fabric body is covered by a polyurethane film (4); the front side of the polyurethane film is covered by a linen fiber layer (5); the surface of the linen fiber layer is covered by a bamboo carbon fiber layer (6); and the surface of the bamboo carbon fiber layer is covered by a layer of hygroscopic and sweat releasing fiber (7). The back side of the fabric body is covered by a base layer (8) which is made from a textile including warp yarns and weft yarns; the warp yarns and the weft yarns are interwoven with one another; and the fibers inside the warp yarns and the weft yarns are wrapped by a silver-plated layer. The medical conductive and anti-bacterial fabric having the shape memory function is of excellent crease-resist property and resilience property. The medical conductive and anti-bacterial fabric having the shape memory function is conductive and anti-bacterial.

Description

Technical field [0001] The invention relates to a medical conductive and antibacterial fabric with shape memory function. Background technique [0002] Since medical staff are easily exposed to harmful blood or body fluids and harmful infectious viruses during their work, they all wear protective clothing. Although the fabrics currently used to make protective clothing can prevent blood from penetrating to a certain extent, they have poor air permeability and are uncomfortable to wear. At the same time, most of the popular non-iron and wrinkle-resistant fabrics on the market use some special processes to make the fabric fibers have a certain strength and shape, and the fabric can remain straight after washing, but the process of making this fabric is complicated and the breathability is not Very ideal. [0003] In addition, the conventional fabric does not have electrical conductivity and antibacterial properties. Summary of the invention [0004] The purpose of the present inven...

AI Technical Summary

Problems solved by technology

Although the fabrics currently used to make protective clothing can prevent blood penetration to a certain extent, they have poor air permeability and are uncomfortable to wear

At the same time, most of the popular non-ironing and anti-wrinkle fabrics on the market use some special techniques to make the fabric fibers have a certain strength and shape, and the fabric can still remain straight after washing. very ideal

[0003] In addition, previous fabrics do not have conductive and antibacterial properties

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