Light source

Abstract

An innovative light source is disclosed, comprising a heat radiator suspended within the light source without direct contact. This suspension is achieved through an electromagnetic levitation and induction heating unit that generates a high-frequency electromagnetic field. The same electromagnetic field simultaneously levitates and inductively heats the heat radiator to temperatures exceeding those of traditional thermoluminescent lamp radiators. By reaching this elevated temperature, the heat radiator enables the light source to attain high luminous efficacy, resulting in efficient lighting. This design eliminates the need for physical support structures or direct electrical connections to the heat radiator, reducing mechanical complexity and enhancing durability. The elevated operating temperature improves the proportion of visible light emission, thereby increasing the overall efficiency and performance of the light source compared to conventional technologies.

Dependencies are inferred from the claim text.