| 摘要 |
The present invention relates to a seat cover for a vehicle and, more specifically, to a seat cover for a vehicle including: a fixed seat cover which surrounds a part except the front side of a forced frame for a vehicle; and a sealed seat cover which is sealed by being attached to the open front side of the fixed seat cover. The seat cover for a vehicle includes: a nanocarbon fiber layer which is attached to the rear side of the sealed seat cover by being dried after coating sheet paper with a mixture mixed with a carbon-based nanomaterial and polyurethane resin and having a plurality of lead-in grooves arranged on the surface of one side; and a far-infrared radiation emitting material which is inserted into the lead-in grooves by pulverizing and processing a raw material, which is formed by mixing one kind or two or more kinds selected from a group consisting of ocher, amethyst, jade, ingredients, and charcoal, into the lead-in grooves. The seat cover for a vehicle has a detachable means which can be attached to and detached from the sealed seat cover and the nanocarbon fiber layer where the far-infrared radiation emitting material is inserted. A mixture mixed with a carbon-based nanomaterial containing carbon components is produced into the nanocarbon fiber layer by being spread on sheet paper, and is formed to adhere to the sealed seat cover by being arranged in the far-infrared radiation emitting material on the surface of one side of the nanocarbon fiber layer. Thus, the present invention is able to expand microvessels and promote blood circulation by increasing the temperature of the skin and blood vessels of a passenger, maintain health by enhancing metabolism and increasing the regenerative capacity of tissues, and prevent and treat disease as the emissivity of far-infrared radiation is improved by emitting far-infrared radiation individually from the nanocarbon fiber layer and the far-infrared radiation emitting material. |
