Electric vehicle lamp module

Abstract

The invention provides an electric vehicle lamp module. The electric vehicle lamp module comprises a lens module, wherein the lens module is a sleeve lens horizontally arranged. The sleeve lens comprises a flat convex lens, and a sleeve integrally molded with the flat convex lens. The flat convex lens comprises a plane for emitting in light, and a convex surface for emitting out light. One end of the sleeve and the plane are integrated as a whole. A flange is arranged at the other end of the sleeve. The flange is parallel to the plane; a pair of first fixed plates extends from the two sides of the flange in the axis direction of the sleeve; and screw holes are formed in the first fixed plates in the thickness direction. Compared with the prior art, through the design of integrated molding of the sleeve and the lens, the error in the installation process is reduced, and the module is more stable; meanwhile, the module can be designed to be smaller, so that the application range is wider; the sleeve lens is integrally molded, so that the inner surface of the sleeve is more smooth; and when the light is emitted out from the lens through the sleeve, the light effect is more uniform.

Description

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AI Technical Summary

Benefits of technology

This new technology reduces errors during assembly while maintaining stability for modules or applications over wide ranges by integrating different components into one piece instead of multiple pieces separately installed together. It also includes an improved thermal conductivity system between the LED bulb and its housing, resulting in higher efficiency at low temperatures compared to traditional methods like incandescent lights. Additionally, it introduces a special type of reflection mirror called Lamp Bean Plate (LBP) that helps distribute the heat evenly throughout the entire device without adding extra weight. Overall, this innovative technical results improve both performance and durability of these devices.

Problems solved by technology

The technical problem addressed in this patented text relates to improving the efficiency and performance of LED lenses used with electronic devices such as automobile or motorsports headlamps due to their large amount of power usage compared to traditional bulbs (halo).

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