Anti-bending, zero-temperature-difference and fireproof novel hiddenly spun thermal energy cloth

Abstract

The invention discloses an anti-bending, zero-temperature-difference and fireproof novel hiddenly spun thermal energy cloth. The cloth is characterized by being prepared in a manner that heating yarns and general yarns are weaved as compositional yarns of textiles, wherein a plurality of heating yarns are arranged in parallel to form a group, 2-5 general yarns are arranged in parallel to separate each of the heating yarns in each group of the heating yarns so as to form heating yarn groups, the heating yarn groups are uniformly and equidistantly distributed in the general yarns by an interval of less than 25mm and are weaved together with the general yarns to form warp yarns or weft yarns of textiles, the general yarns are weaved to form weft yarns or warp yarns of textiles, and the warp yarns are interweaved with the weft yarns to form the anti-bending, zero-temperature-difference and fireproof novel hiddenly spun thermal energy cloth. The anti-bending, zero-temperature-difference and fireproof novel hiddenly spun thermal energy cloth is good in anti-bending performance, long in service life, small in cloth surface temperature, high in comfortable level, small in linear power and excellent in safety, and can avoid a fire caused by scorching.

Description

technical field [0001] The invention relates to a new type of composite material textile, in particular to a new type of hidden spinning thermal energy cloth integrated with electric heating textile, which is anti-bending, zero temperature difference, and fire-proof. Background technique [0002] In 2002, the inventor developed and applied for an invention patent of "hidden spinning thermal energy cloth", the patent number is ZL02114078.2. Wide, no leakage, low abnormal working temperature, etc., but after practical application, it is found that there are still the following disadvantages: [0003] 1) The 360-degree bending resistance is poor, the average bending limit value is only about 30 times, and the average service life is only 3 to 4 years; [0004] 2) The maximum temperature difference of the cloth surface is 7°C, and some people will feel discomfort such as dryness and burning when using it, and the comfort performance is poor; [0005] 3) The thread power is hig...

AI Technical Summary

Problems solved by technology

[0003] 1) The 360-degree bending resistance is poor, the average bending limit value is only about 30 times, and the average service life is only 3 to 4 years;

[0004] 2) The maximum temperature difference of the cloth surface is 7°C, and some people will feel uncomfortable when using it, such as dryness, heat, etc., and the comfort performance is poor;

[0005] 3) The line power is large, 4.1w / m. During use, when the thermal energy yarn breakpoint is poorly contacted, the cloth surface will be partially scorched, and the safety performance is poor.

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