Magic-light environment-friendly high-efficiency energy-saving reflector with high-strength ribs

Abstract

The invention provides a reflector, and relates to a gas discharge lamp, in particular to the reflector for a roadway lighting lamp. Most of the conventional reflectors are copied and imitated, and are lag in technology, light pollution and glare are generated, pollution is caused in a surface treatment process, reflecting surfaces are rough, and the efficiency of reflecting light only can be about 50%. The invention provides a magic-light environment-friendly high-efficiency energy-saving reflector with high-strength ribs, independently innovative lamp light-distribution design software is employed, accuracy is improved, light distribution is improved, and efficiency is over 90%. The reflector is formed by assembling more than two magic block groups, wherein more than six irregular convex and concave stripes or convex and concave blocks are distributed on each magic block group; surfaces of the magic block groups are coated with nano and super-nano paste which is synthesized by using an independent technology and are ground, so that efficiency is improved; a plurality of high-strength ribs higher than 2 millimeters are naturally formed at assembly joints of the magic block groups, so that heat can be effectively guided out, and temperature rise in a light source cavity is kept and controlled; and each magic block group is provided with folded edges higher than 10 millimeters, and the folded edges are used for controlling the light pollution and the glare which are generated when a lamp works.

Description

Technical field: [0001] The invention relates to the design, material selection, process method and product of a reflective device that can magically change and change the light distribution to improve the reflective effect and efficiency, eliminate light pollution and glare, strengthen ribs to dissipate heat, and increase the light efficiency of the light source, especially as road lighting, Reflective devices installed and used in squares, stations, docks, enterprises and institutions, urban lighting, and green lighting lamps. Background technique: [0002] The reflector is an indeterminate product, it is to be used with various types of lamps and lanterns, and its specific shape cannot be determined. Currently known reflectors are especially used as reflectors for road lighting, squares, stations, docks, enterprises, urban lighting, and high-power gas discharge lamps installed in lighting fixtures. [0003] Design of existing reflectors: Since the designs of existing ref...

AI Technical Summary

Problems solved by technology

Such a production process will cause serious environmental pollution, and the reflective surface of the produced reflector is rough, forming diffuse reflection, and the reflection efficiency is low

Existing reflectors are not designed with heat dissipation ribs. When the lamp is working, the high temperature in the light source cavity cannot be dissipated in a timely and effective manner. After 1 to 2 years of use, the reflector is smoked by the high temperature of the light source, and the reflective surface begins to change. Yellow to black, the reflective effect decays quickly, and the light effect of the light source cannot be effectively reflected to the surface of the illuminated object, resulting in a huge waste of energy