可消除蓝光的复合透镜系统

By using a composite lens system with zoned design, aspherical lenses and light deflection control, the problem of local blue light concentration is solved, improving visual comfort and lighting effects in inclement weather, and achieving active control of dispersion and aberration.

CN121676906BActive Publication Date: 2026-07-17DONGGUAN LUXLION CO LTD

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
DONGGUAN LUXLION CO LTD
Filing Date
2026-01-28
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Existing technologies cannot effectively eliminate the problem of localized blue light accumulation caused by reflectors, which leads to visual fatigue, glare, and reduced lighting performance in inclement weather.

Method used

A composite lens system that can eliminate blue light is used. Through the partitioned design of the first and second lens bodies, aspherical design and light deflection control are used to form a clear image that covers the boundary of the blurred image, eliminates the blue light area, and enhances the yellow light illumination.

Benefits of technology

It completely eliminates blue light aggregation, improves visual comfort and safety, enhances lighting effects in severe weather, achieves active control of dispersion and aberration, and has a compact and stable structure.

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Abstract

本发明涉及光学照明与成像领域的可消除蓝光的复合透镜系统,包括反光杯、光源、反光片和凸透镜,凸透镜包括一体成型的第一透镜体和第二透镜体,第一透镜体和第二透镜体相互上下并排组合形成凸透镜,第一透镜体和第二透镜体均采用曲面设计,第一透镜体通过第一曲面设计形成无像差成像区,用于在目标成像面上形成清晰图像,第二透镜体通过第二曲面设计形成可控像差区,用于在目标成像面上形成预设模糊度的模糊图像。彻底消除了成像面边缘的局部蓝光聚集,解决了视觉疲劳与眩光问题,显著提升了在雨、雾等恶劣天气下的有效照明距离与安全性,实现了对色散与像差的主动、分区精准控制,解决了现有技术无法克服的结构性色散难题。
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