System and method for wirelessly controlling led lighting

A method for wirelessly controlling LED lighting comprising:

• turning on a plurality of LED lamps with a preset level;
• generating a unique lamp ID for each LED lamp and embedding the unique lamp ID into a signal for controlling the LED lamp through a wireless gateway and a wireless communication module;
• placing a smart device under light of a LED lamp and entering a configuration mode;
• receiving the lamp ID of the LED lamp, displaying the lamp ID in a user interface of the smart device, and designating an icon to represent the LED lamp in the user interface;
• switching to a lighting control mode and stopping the LED lamp from generating lamp IDs;
• and
• controlling the LED lamps with the signal by a user through a user interface on the smart device;
• wherein the wireless gateway comprises:
• a first communication device;
• a signal conversion module being connected with the first communication device;
• a micro-controller being connected with the signal conversion module;
• a second communication device being connected with the micro-controller and in communication with the wireless communication module of each LED lamp;
• and
• an AC/DC power module being connected with the micro-controller.

A system for wirelessly controlling LED lighting comprising:

• a plurality of LED lamps, each lamp being equipped with a wireless communication module;
• and
• a smart device being in communication with the wireless communication module and configured to be controlled by a user;
• wherein:
• the smart device is configured to generate a unique lamp ID for each LED lamp, and embed the unique lamp ID into a signal for controlling each LED lamp through the wireless communication module so that the unique lamp ID is detectable in a form of visible light;
• the signal for controlling each LED lamp is a PWM signal, while data rate of the lamp ID is higher than that of the PWM signal;
• a start bit and a stop bit along with data of the lamp ID are embedded together into the PWM signal;
• and
• data of an original lamp ID plus inversed data of the original lamp ID are embedded into the PWM signal.