基于室内平面照明灯具的防眩光设计

室内场所是人们工作、学习、生活的主要场所,其健康的光环境显得尤为重要。基于室内照明,通过系统归纳分析,研究平面照明产品的防眩光设计,并运用DIALux软件仿真分析评估照射环境的不舒适眩光程度。研究发现,较大面积的平面照明产品的防眩设计主要有以棱晶扩散板为代表的结构光学路线和防眩膜为代表的薄膜微结构路线。通过改善室内照明产品的光学结构设计,降低产品眩光值,减少眩光危害。

Anti-glare Design of Lamp Used in Indoor Planar Lighting

Indoor spaces are the main place for people to work,study and live.A healthy light environment is particularly important.Based on indoor lighting,this paper studies the anti-glare design of planar lighting products through system induction analysis,and uses DIALux software simulation analysis to evaluate the degree of uncomfortable glare in the illumination environment.It has been found that the anti-glare design of large-area planar lighting products mainly includes structural optical routes represented by prismatic diffusing plates and thin film microstructures represented by anti-glare films.By improving the optical structure design of indoor lighting products,the product glare value is reduced and the glare hazard is reduced.