| 摘要 |
<p>PROBLEM TO BE SOLVED: To provide a thin and lightweight far infrared magnetic radiator capable of simultaneously radiating far infrared ray and magnetism to a wide range in a specified region of a human body with a high density. SOLUTION: A ceramic layer 3 for radiating the far infrared ray is formed on one side of a foil-like metal plate 2 by baking or flame coating. A magnet 1 is adhered to the other side of the metal plate 2, and a reinforcing member 4 is also adhered, whereby this far infrared magnetic radiator is obtained. Since the metal plate 2 is separated from the magnet, and the ceramic layer 3 is formed on the metal plate 2 by baking or flame coating, the heat by the baking or flame coating is never applied to the magnet 1, the magnetomotive force is thus never deteriorated. Since the magnetism and far infrared ray can be simultaneously radiated to the region of the human body to which this far infrared magnetic radiator is attached, a synergistic effect of magnetism and far infrared ray can be obtained, the blood circulation can be enhanced to improve a disease, and a health promoting effect can be produced.</p> |
