Window-type radiating sock

Abstract

The invention discloses a window-type radiating sock, aiming at providing a really effective moisture-guiding and heat-dissipating sock so that the feet and the sports shoes are matched perfectly andpractically effective radiating protection function is provided for the sports actors so as to adapt for different sports, thus improving the humidity-permeability and comfortableness of the socks andproviding dense protection for the feet. The sock comprises a window, a toe function area, a protective belt, an upper hose passage and a lower hose passage; the toe distribution area on the sock surface, corresponding to the part from below the toe tip to above the toe base, is provided with a plurality of windows of different densities; the window is made of a plurality of porous or net-shapedthinly weaved surfaces and is arranged at interval with the toe function area; the protective belt is arranged at the back area of the sock and the movable part before the ankle and is provided with two thickly weaved surfaces; and the lower hose passage is weaved as a bent flowing passage that is connected into a whole along with the window, the toe function area and the upper hose passage. The sock is particularly suitable for various sports actors.

Description

technical field [0001] The invention relates to a sock, more specifically, to a sock with a heat dissipation device. Background technique [0002] With the acceleration of the pace of life today, more and more people realize the importance of health. The success of the 2008 Beijing Olympic Games has ignited people's passion for sports. Nowadays, people's sports methods are increasing day by day, and items such as volleyball, basketball, football, tennis, skiing, and bicycles have become favorite activities of many people. However, most of the sports participants do not have professional knowledge, and the selection of equipment, especially footwear, during sports is not suitable, and it is easy to cause foot injuries during long-term high-intensity sports. [0003] In response to the above situation, sporting goods companies all over the world are studying and adopting many high-tech means. For example, in the Nike sports shoes in the United States, the air cushion techno...

AI Technical Summary

Problems solved by technology

For example, in the Nike sports shoes in the United States, the air cushion technology used inside the upper of the shoe makes the sports shoes lighter and more comfortable. The resulting "bathroom effect" cannot be ruled out in time

[0004] Therefore no matter how sports shoes are improved and perfected, according to the prior art, the upper, especially the toe and ankle part of the upper, cannot fully contact the foot, which will cause the athlete's ankle to be sprained, fractured, and blisters appear in the foot. Bad conditions such as worn out toes

Traditional sports socks are made of cotton cloth, nylon chemical fiber and other materials. Although they have a certain degree of softness and moisture absorption, there is always a certain gap between the foot (such as the toe) and the shoe. feet fit perfectly together

Although other sports socks have considered heat dissipation, they have not carefully considered human physiology and sports characteristics, and the effect is not good

[0005] Chinese patent CN200610030845.0 designed an adjustable air channel on the sole of the sock to export the sweat and heat generated during exercise to the sock surface. The disadvantage is that this design ignores the real distribution of sweat on the sole of the foot. The Laval nozzle it uses cannot completely remove the sweat vapor, and the moisture permeability is not ideal

[0006] Chinese patent CN200610135743.5 provides a ventilating and breathable knitted sock. The toe bases at the top and bottom of the sock are opened into horizontal ventilation areas. The disadvantage is that although this design takes into account the parts where the soles of the feet sweat a lot, However, the ventilation area is an independent continuous narrow biconvex or diamond-shaped area. Although the heat and humidity of the feet can be transferred to the sock surface and the bottom of the sock through the ventilation area, considering the limitation of the local space in the footwear, it cannot be timely and quickly. out of socks

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