Light distribution method of profiled microprism LED (Light-Emitting Diode) fluorescent lamp tube

Abstract

The invention relates to a light distribution method of a profiled microprism LED fluorescent lamp tube. The profiled microprism LED fluorescent lamp tube mainly comprises a PC (Polycarbonate) outer cover, a radiator, LED lamp beads, a power supply, an end cap and the like. The light distribution method comprises the following steps of: (1) arranging the LED lamp beads by a single row under the condition that the luminous intensity meets requirements, and arranging the LED lamp beads by multiple rows under the condition that the luminous intensity can not meet the requirements; and (2) carrying out concave lens structural design processing on the inner surface of the PC outer cover to make the radian of a concave lens not exceed the Brewster angle when light beams are stretched in the radial direction. The invention effectively eliminates the light spots and the glare of common LED lamp tubes by utilizing the profiled microprism design and meanwhile improves the LED luminous emissivity.

Description

technical field [0001] The invention relates to a light distribution method for an illuminating lamp, in particular to a light distribution method for a special-shaped microprism LED fluorescent lamp tube. Background technique [0002] At present, energy consumption in modern society is gradually intensifying, and environmental pollution is becoming more and more serious. Advocating energy-saving and environmentally friendly production and lifestyle has become the consensus of the world, and the awareness of "low carbon" has also begun to enter all fields of society. Saving electricity and improving lighting efficiency are important measures for my country and the world to curb carbon emissions and address climate change. At the "Two Sessions" in 2010, my country's new energy and new technologies represented by "low-carbon economy" and "energy saving and emission reduction" will become a powerful pillar for the transformation of economic structure in the future; Proposals re...

AI Technical Summary

Problems solved by technology

Waste lamp tubes are likely to cause scratches on body parts when they are broken, and the mercury spilled out seriously pollutes the environment

This makes it inevitable for LEDs to replace fluorescent lamps. Most of the LED fluorescent tubes used in the market currently use round transparent plexiglass or PC as the outer cover. Human eyes are prone to visual fatigue; some LED fluorescent tubes are treated with a frosting process on the surface of the product to ease the glare of the light, but this process directly leads to a decrease in the brightness of the product

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