Intelligent dimming and color-changing LED lamp control system

Abstract

The invention discloses an intelligent dimming and color-changing LED lamp control system comprising a remote controller, a control module, a power circuit, a control circuit, an LED panel, an LED chip, a probe, a photosensitive probe, a cold white LED module and a warm white LED module. The remote controller is connected with the control module through signals. The control module is electrically connected with the power circuit. The power circuit converts alternating current into direct current, providing the control circuit with voltage. The control circuit receives control signals transmitted by the probe, through remote sensing signals. The control circuit receives light intensity and color signals transmitted by the photosensitive probe. The control circuit is electrically connected with the LED panel. The LED panel is internally provided with an LED chip which is composed of the cold white LED module and the warm white LED module. The intelligent dimming and color-changing LED lamp control system has the advantage that light intensity and color can be adjusted through the remote controller or be automatically adjusted by the photosensitive probe according to ambient light.

Description

technical field [0001] The invention relates to the field of home appliances, in particular to an intelligent dimming and coloring LED lamp control system. Background technique [0002] Traditional fluorescent lamps (fluorescent lamps) have been widely used in offices, factories, hospitals, hotels and other places due to their low price, easy installation, and high luminous efficiency. The fluorescent lighting effect can reach 60-70LM / W. When installed in grille lamps and other lamps, the overall luminous efficiency of grille lamps can reach 80%, and the overall luminous efficiency can reach 50-55LM / W. However, the service life of fluorescent lamps in offices, factories and other places where the lights are on for a long time is generally less than one year. In the later stage of fluorescent lamp operation, the light decays seriously, the brightness decreases obviously, and flickering occurs. It is necessary to frequently arrange manpower to replace the fluorescent lamps. T...

AI Technical Summary

Problems solved by technology

However, the service life of fluorescent lamps in long-time lighting places such as offices and factories is generally less than 1 year. In the later stage of fluorescent lamps, the light decays seriously, the brightness decreases obviously, and flickering occurs.

It is necessary to frequently arrange manpower to replace fluorescent lamps. There is mercury vapor inside fluorescent lamps, which pollutes the environment more seriously

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