Heating anti-cold glove and using method of glove

Abstract

The invention discloses a heating antic-cold glove and a using method of the glove. The glove comprises a glove body and multiple extruding balls located inside the glove body; the glove body comprises a palm part and a finger part, containing tubes with flexible deformation are arranged inside a cavity of the finger part and are located on the same side with the palm, air permeability holes are formed in the surfaces of the containing tubes, the interiors of the containing tubes are of cavity structures, the extruding balls are parts prone to be broken and are located inside cavities of the containing tubes, active metal powder is contained in one part of the extruding balls, active carbon powder is contained in the other part of extruding balls, and the extruding balls are originally ina sealed state and are changed into a non-sealed state after being stressed and broken. The heating anti-cold glove is convenient to use and capable of realizing a better anti-cold effect.

Description

technical field [0001] The invention belongs to the technical field of gloves, in particular to a heatable cold-resistant glove and a method for using the glove. Background technique [0002] Gloves are daily necessities in winter. They are generally composed of an inner layer and an outer layer. The inner layer is usually made of warm cotton and other materials, and the outer layer is usually made of waterproof materials. In some high latitude areas, due to the low temperature, People often wear gloves in order to prevent fingers from frostbite when cycling. [0003] Although the existing gloves have heat preservation function, the heat preservation effect will also decrease as the temperature drops. When the temperature in the glove drops to the body temperature of the user, the glove has poor anti-cold effect and cannot be heated. To avoid this When the situation arises, people increase the anti-cold effect of the glove by thickening or improving the thermal insulation m...

AI Technical Summary

Problems solved by technology

[0003] Although the existing gloves have heat preservation function, the heat preservation effect will also decrease as the temperature drops. When the temperature in the glove drops to the body temperature of the user, the glove has poor anti-cold effect and cannot be heated. To avoid this When the situation arises, people increase the anti-cold effect of the glove by thickening or improving the thermal insulation material of the inner layer of the glove, but the effect of this method is not obvious, so a heatable glove is needed to achieve a better anti-cold effect

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