| 摘要 |
The present invention relates to a mirror apparatus for radiating far-infrared rays, which has a far-infrared-ray-radiating heat-emitting plate coated with resin mounted on the rear side of the mirror, wherein an insulating material having an aluminum sheet formed on the front surface thereof is mounted on the rear surface part of the far-infrared-ray-radiating heat-emitting plate, and wherein the reflective surface of the mirror is formed of a reflective material having a far-infrared ray radiation rate of 0.5 or more. The mirror apparatus for radiating far-infrared rays comprises a control part for conducting a first-step temperature control of keeping the heat-emitting surface temperature of the far-infrared-ray-radiating heat-emitting plate at 35 to 45°C so as to prevent the mirror from steaming up, and a second-step temperature control of keeping the heat-emitting temperature of the far-infrared-ray-radiating heat-emitting plate at 50 to 65°C for the function of a cosmetic mirror capable of radiating a massive amount of far-infrared radiant energy beneficial to the skin care of a user. The mirror apparatus for radiating far-infrared rays also has the function of a cosmetic mirror for radiating a massive amount of far-infrared radiant energy. |
