Control system and method of illumination equipment

Abstract

The invention discloses a control system of illumination equipment, comprising an illumination equipment body, a central processing unit and an inducing unit, wherein the inducing unit is an optical signal inducer; the central processing unit further comprises a signal input end, an MCU (Microprogrammed Control Unit) processor and an instruction output end, wherein the signal input end is unidirectionally communicated with the optical signal inducer and used for receiving signals from the optical signal inducer; the MCU processor is used for receiving data transmitted by the signal input end, calculating according to the preset program and sending an instruction to the instruction output end; and the instruction output end is used for receiving the instruction from the MCU processor and sending the instruction to the illumination equipment body to control the working state of the illumination equipment body. The control system can intelligently control the working states including on-off, luminance, colors and the like of the illumination equipment according to the strength of environmental light, thereby achieving the purposes of intelligence, energy saving and convenience for use.

Description

technical field [0001] The invention relates to a lighting equipment control system and a control method thereof, in particular to a control system and a control method capable of automatically adjusting the switch and brightness of the lighting equipment. Background technique [0002] For a long time, people have been exploring to make lighting equipment more intelligent, more convenient to use, and more energy-saving. However, most of the current lighting equipment still requires human control, and there are some lighting control systems such as: voice-activated, inductive, etc. , the limitations of its use are also very large, and it cannot be applied to occasions that require long-term lighting when the light is insufficient, such as: municipal lighting facilities, monitoring lighting equipment, etc., and the inevitable need for voice-activated or inductive lighting control systems Frequent switching of lighting equipment, therefore, greatly reduces the service life of l...

AI Technical Summary

Problems solved by technology

[0002] For a long time, people have been exploring to make lighting equipment more intelligent, more convenient to use, and more energy-saving. However, most of the current lighting equipment still requires human control, and there are some lighting control systems such as: voice-activated, inductive, etc. , the limitations of its use are also very large, and it cannot be applied to occasions that require long-term lighting when the light is insufficient, such as: municipal lighting facilities, monitoring lighting equipment, etc., and the inevitable need for voice-activated or inductive lighting control systems Frequent switching of lighting equipment, therefore, greatly reduces the service life of lighting equipment, and its lighting brightness cannot be automatically adjusted, and high energy-saving requirements cannot be achieved

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