Temperature superconducting intelligent memory functional fabric

Abstract

The invention relates to a temperature superconducting intelligent memory functional fabric which comprises thermosensitive intelligent memory functional fibers and superstrong moisture absorbing fibers. In the thermosensitive intelligent memory functional fibers, thermosensitive nano synthetic fibers of an inner core layer are coated with thermosensitive environmentally friendly resin of an outer surface layer; in the preparation process, the material preparation carries out at a preset temperature constantly, and materials are compounded and synthesized for modifying at a preset temperature; with the change of the temperature, the structure and the property of the material have recoverability; and the structure can automatically carry out self regulation along a curve. The fabric is spun by the thermosensitive intelligent memory functional fibers and the superstrong moisture absorbing fibers, on one hand, the fabric can be used for thermosensitively conducting for keeping warm, and on the other hand, the fabric is also a moisture absorbing and conducting double-faced intelligent temperature regulation memory functional fabric. Bedclothes and close-fitting clothes which are made of the fabric can have friction with the human body to generate relative thermosensitive conducting radiation far infrared anion biowaves, and after the human body absorbs the biowaves and generates resonance, the fabric can achieve the effects of blood microcirculation promotion, warm body feeling, flexibility, comfortableness and more obvious heat insulating and warm keeping functions at lower temperature.

Description

technical field [0001] The invention belongs to the category of textile nano-materials, and relates to fabrics with continuous low-temperature, high-efficiency radiation of far-infrared negative ion biological waves, and "intelligent" temperature adjustment and memory functions: one side is thermally conductive to keep warm, and the other side is moisture-absorbing and moisture-conducting double-sided textile structure fabrics. Specifically, it is a temperature superconducting intelligent memory functional fabric. Background technique [0002] Many countries in the world use the different functional properties of ultrafine particles to add them to polyolefin, polyester nylon and other synthetic fibers for research and development of modified and functional textiles, which is of great significance for enriching fiber varieties and human health care. [0003] The research and development of fibers and textiles that can generate intelligent memory from external stimuli has attr...

AI Technical Summary

Problems solved by technology

There are no relevant reports on the combination of heat-conducting and heat-preserving materials and moisture-absorbing and moisture-conducting materials and technologies. However, the textile industry has no breakthroughs in the research of "intelligent" temperature memory materials.

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