Light-emitting diode (LED) illumination intelligent control system and method based on multi-condition decision-making

Abstract

The invention relates to the technical field of light-emitting diode (LED) illumination intelligent control, in particular to an LED illumination intelligent control system and method based on multi-condition decision-making. The LED illumination intelligent control system and method comprises an LED control terminal, a bridge, a central management system and an LED lamp, wherein the LED lamp is connected with the LED control terminal, the LED control terminal is connected with the bridge, and the bridge is connected with the central management system. The conditions of an LED internal and external environment are collected, data are formed and then sent to the central management system, the central management system invokes a corresponding data processing module according to message conditions and enables decision control data to be formed, the decision control data are sent to the LED control terminal through the bridge, and therefore intelligent control can be achieved. The LED illumination intelligent control system and method can integrate various internal and external conditions and then achieve system-level intelligent control. In addition, the LED illumination intelligent control system and method achieves the intelligent control in the mode that hardware is combined with software, can be free of the limitations of the hardware and can be compatible with different LED control terminals, and thus unified and coordinated intelligent management of LED lamps with different types can be achieved.

Description

technical field [0001] The invention relates to the technical field of LED lighting intelligent control, in particular to an LED lighting intelligent control system and method based on multi-condition decision-making. Background technique [0002] Most of the existing LED intelligent control systems are based on terminals or control circuits to achieve intelligent control, and most of them are realized through hardware. Due to the limitation of certain external conditions (such as: the brightness of the environment, the power and brightness of the current LED lights, the traffic flow of the surrounding environment of the outdoor LED lights, weather conditions and other conditions), once certain conditions change, it will be better if necessary To intelligently control the lighting effect of LED lamps, it is necessary to make major modifications to the hardware of the lamp itself, so the flexibility of intelligent control is not strong, and these intelligent controls generall...

AI Technical Summary

Problems solved by technology

Due to the limitation of certain external conditions (such as: the brightness of the environment, the power and brightness of the current LED lights, the traffic flow of the environment around the outdoor LED lights, weather conditions, etc.), once certain conditions change, it is better if necessary To intelligently control the lighting effect of LED lamps, it is necessary to make major modifications to the hardware of the lamp itself, so the flexibility of intelligent control is not strong, and these intelligent controls generally only have a single control, and cannot be upgraded to intelligent control at the same system level. It cannot be compatible with LED lights of different models and powers at the same time, let alone make the most optimized intelligent control after comprehensive evaluation

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