Long remaining illuminant source transforming wavelength

Abstract

Long remaining illuminant source transforming wavelength including illuminant absorption color powder and InGaN ultraviolet emission chip. The invention is presented in form of container modeling, which is made from plastic colophonium (for example epoxy resin, acrylic resin and silica gel.) and illuminant absorption color powder. The container is fitted with an InGaN ultraviolet emission chip that contains DC power source connection. The illuminant absorption container made of illuminant absorption color powder and transparent or semitransparent colophonium is with the build-in InGaN ultraviolet emission chip connecting to the power source enables the material color powder to absorb and liberate the illuminant constantly. Hence to deliver a brighter, clearer and long lasting lame illuminant. In addition, lame illuminant is delivered in flat form hence enhance the conduct and glowing of illuminant. Furthermore, such lame illuminant can also be used for other industrial purposes; for example, it can be applied to various types of plastics or transferred through presswork, printing and spraying as the interface materials of various stationary, toy, glass, china and safety indicator. Therefore, the present invention can be widely used to fit the industrial needs, hence an effective innovation.

Dependencies are inferred from the claim text.