Combined type anti-dazzle illuminating system

Abstract

The invention discloses a combined type anti-dazzle illuminating system which is combined with an illuminating source. The system comprises a lens component and a reflecting cup body. A light-emitting surface of the lens component is provided with a round surface and connected with one lateral edge of a lateral curved surface, the other lateral edge of the lateral curved surface forms a round reference surface in a surrounding mode, edges of the lateral curved surface are mutually connected with edges of the reference surface at the position of a contact point, the position of the light-inletting surface of the lens component is inwards concaved to form an accommodating chamber, the lateral curved surface and a clamp part are integrated and connected at a lateral end point, and the clamp part is integrally arranged on one side of the light-emitting surface to fix and clamp the reflecting cup body. The lens component is accommodated in the reflecting cup body arranged on the illuminating source in a covering mode, so as to form the combined type anti-dazzle illuminating system. When the illuminating source is shot into the reflecting cup body and the lens component, the illuminating source is reflected and refracted so that the illuminating source is integrated on the light-emitting surface to be emitted, and accordingly the central light intensity of the illuminating source is improved.

Description

technical field [0001] The invention relates to the field of lighting, in particular to a composite anti-glare lighting system, which can prevent glare and reduce afterglow emission, and effectively improve the central light intensity of the lighting system. Background technique [0002] LED lamps have become widely developed lighting products in recent years due to the advantages of energy saving, long life, not easy to damage, no pollution, small size and good luminous effect. However, LED lamps are prone to glare due to poor design, which in turn causes Users may suffer from blurred vision, eye fatigue, and even eye soreness and headaches due to glare. [0003] Generally speaking, glare is caused by the excessive brightness of LED lamps. The glare is overexposed to the retina, which can easily cause the eyes to fail to see the target in front of them. Even if the glare disappears, it still takes a short time for vision to recover. Therefore, for the user, the glare probl...

AI Technical Summary

Problems solved by technology

like figure 1 As shown, the reflective cup body 9 reflects the light emitted by the luminous light source on the object to be irradiated. Since the light from the luminescent light source will diffuse along the reflecting surface of the reflective cup body 9, it will cause reflection glare around the irradiated object. Very serious and affects vision

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