Quick-drying fabric and its application based on the principle of reverse leaf vein water conduction

Abstract

The invention relates to a quick-drying fabric and its application based on the principle of reverse leaf vein water conduction, which belongs to the technical field of fabric design and includes four fabric layers, the first layer is a sweat-absorbing layer, the second layer is a fine-duct moisture-conducting layer, and the third layer It is the moisture-conducting layer of thick ducts, and the fourth layer is the water-transporting and sweat-wicking layer of the veins. The garments made of the quick-drying fabric designed in the present invention utilize the principle of reverse leaf veins to conduct water, and with the help of sweat evaporation, the downward force brought by human body movement, and the gravity of water, water is generated from cells to branches to roots. Downward water flow tension guides the water to the bottom of the clothes and out of the body. Compared with ordinary quick-drying clothes, the quick-drying time is shorter and the effect is more significant. The present invention is suitable for the production of clothes that wick a lot of sweat during strenuous exercise, greatly improving the speed of sweating and the comfort of the human body. The vein texture of the fabric increases the beauty of the clothes, which not only meets the quality requirements of professional athletes for clothes, but also satisfies the public The consumption level is suitable for popularizing production.

Description

technical field [0001] The invention belongs to the technical field of fabric design, and in particular relates to a quick-drying fabric based on the principle of reverse leaf vein conduction of water and its application. Background technique [0002] Ordinary quick-drying clothes dry the clothes by evaporating from the surface of the clothes. This kind of surface evaporation has a slow perspiration rate. When athletes sweat a lot, ordinary quick-drying clothes can no longer meet the needs of rapid perspiration. [0003] The principle of water conduction in plants: when the leaf cells lose water through evaporation, the water potential of the cells drops, so they absorb water from their adjacent cells, and transfer it to the vein ducts in turn, drawing water to them. This constitutes a continuous system through the water-saturated cell wall and xylem components, that is, the evaporative surface of the plant leaf to the water-absorbing surface of the root, and there is a conn...

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