Remote dimmer and dimming illumination control system and method

Abstract

The invention provides a remote dimmer and a dimming illumination control system and method. A signal enhancing structure is arranged on the top of a dimmer and is capable of enhancing signals of the dimmer substantially, so that information exchange can be improved and independent use or networking use can be achieved. Besides, the illumination control system is used in combination, so that the LED dimmer can have information exchange with a server through an AP and the state information of the LED lamp can be sent to the server for monitoring management. The server can also sent instructions to the LED dimmer for adjusting luminance of the LED lamp, so that intelligent integral illumination management can be realized.

Description

technical field [0001] The invention relates to the field of dimming management, in particular to a remote dimmer, a dimming lighting management system and a management method. Background technique [0002] At present, most of the LED dimming is realized manually. The brightness of the LED light is adjusted through the remote control or the adjustable switch, and the dimming is performed based on the network established by the ZigBee network coordinator. The ZigBee network coordinator has successfully established a network. After that, add the ZigBee terminal device to the network. The photoresistor collects the light intensity on the indoor working surface, transmits the collected real-time light intensity signal to the ZigBee terminal device, compares the detected value with the given value, and adjusts the duty cycle of the output PWM wave, which can be adjusted The light intensity of the self-illuminating LED. Existing problems: the dimming method is single, the dimm...

AI Technical Summary

Problems solved by technology

Existing problems: the dimming method is single, the dimming LED is not combined with energy management, and the optimal configuration of energy cannot be realized. With the continuous development of wireless network technology, LED dimmers with wireless modules can be designed to send information to each other , to achieve single or network use, and then to achieve high-quality energy configuration, but because the locations of the lights are often different, some lights are far away from each other, and the signal range of ordinary dimmers is limited, which will affect the dimming quality. In order to ensure the signal quality, it is necessary to add corresponding enhancement equipment to the dimmer

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